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Li, Xin
Working Paper A Discussion on Yin-Yang, Zhong-Yong, Ambidexterity, and Paradox
Copenhagen Discussion Papers, No. 2019-68
Provided in Cooperation with: Asia Research Community (ARC), Copenhagen Business School (CBS)
Suggested Citation: Li, Xin (2019) : A Discussion on Yin-Yang, Zhong-Yong, Ambidexterity, and Paradox, Copenhagen Discussion Papers, No. 2019-68, Copenhagen Business School (CBS), Asia Research Community (ARC), Frederiksberg, http://hdl.handle.net/10398/9703
This Version is available at: http://hdl.handle.net/10419/208666
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68 2019 January
A Discussion on Yin-Yang, Zhong- Yong, Ambidexterity, and Paradox
Xin Li
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A Discussion on Yin-Yang, Zhong-Yong, Ambidexterity, and Paradox
Xin Li Copenhagen Business School [email protected]
Abstract Professor Peter Ping Li has made important contribution to the promotion of indigenous management research in China in general and application of Chinese Yin-Yang philosophy to organizational paradox research in particular. However, his interpretation of Yin-Yang is incomplete and inaccurate. Namely, his notion of Yin-Yang balancing relates to only one of five distinct epistemological expressions of Yin-Yang in the Chinese literature and its derived methodological prescription, i.e., Confucian principle of Zhong-Yong. Yet, his notion of Yin-Yang balancing is an inaccurate representation of Zhong-Yong due to his dogmatic insistence on asymmetry in the structure of combination of opposites that is not a prescription of the Zhong-Yong principle. Due to his incomplete understanding of Yin-Yang, he has not been able to see the value of the ambidexterity approach and its compatibility with the Yin-Yang thinking in particular and the similarity between Chinese and Western approaches to solving paradox in general. This paper alerts Chinese management scholars to the danger of overconfidence and Chinese exceptionalism and calls for a modest and prudent attitude in pursuing Chinese indigenous management research.
Keywords: Yin-Yang, Zhong-Yong, paradox, ambidexterity, indigenous, China
Asia Research Community, CBS, Copenhagen Discussion Papers [2019 - 68] 1 INTRODUCTION In the discourse of ‘West meets East’ (Barkema et al., 2015; Chen & Miller, 2010, 2011) and indigenous management research in China (Leung, 2012; Lewin, 2014; Li, P., 2012a; Li, X., 2014a; Redding & Witt, 2015; Tsui, 2004), Chinese Yin-Yang philosophy has often been taken to contrast the widely-held linear thinking in the West (e.g., Fang, 2012; Jing & Van de Ven, 2014; Lin et al., 2015; Mathews & Tan, 2015; Zhang et al., 2015).
While we acknowledge the relevance and usefulness of Yin-Yang (阴阳) and other Chinese indigenous notions to management research, we are also concerned about the danger of overstating the advantage of Chinese way of thinking over those of the Westerners. We are especially worried about the negative impacts on the future development of management research in China of the assertion that Yin-Yang is superior to any other cognitive frame in the world for managing organizational paradoxes, one of the most challenging issues in the management literature today. Such an assertion has been repeatedly made by Peter Ping Li, one of the ardent supporters of indigenous management research, in recently years (P. Li, 2012b, 2014, 2015a, 2015b, 2016).
Peter P. Li claims that ‘Yin-Yang is best positioned to manage paradoxes’ (P. Li, 2014: 324, italic added) because he believes that ‘it is the only system available to truly and fully appreciate and accommodate opposites by reframing paradox as duality’ (P. Li, 2016: 54, italic added). Based on such an understanding, he has proposed a so-called ‘Yin-Yang balancing’ approach to paradox management. His Yin-Yang balancing approach can be summarized by four ‘partial’s (4Ps hereafter), namely, on the cognitive side, the two opposites in a paradox should be seen as being partially conflicting and partially complementary, and on the behavioral side, the two opposites should be partially separated and partially integrated. Peter P. Li asserts that his 4Ps model of Yin-Yang balancing is ‘superior in managing paradoxes’ compared to the Western ambidexterity approach in particular (P. Li, 2014: 324) and to any other cognitive frame in the world in general (P. Li, 2016).
In this paper, we debunk such a ‘Yin-Yang being superior to all others’ assertion by demonstrating that his peculiar interpretation of Yin-Yang is incomplete and inaccurate.
Asia Research Community, CBS, Copenhagen Discussion Papers [2019 - 68] 2 Namely, his notion of Yin-Yang balancing relates to only one of five distinct epistemological expressions of Yin-Yang in the Chinese literature and its derived methodological prescription, i.e., Confucian principle of Zhong-Yong (中庸). Yet, his notion of Yin-Yang balancing is an inaccurate representation of Zhong-Yong due to his dogmatic insistence on asymmetry in the structure of combination of yin and yang elements (P. Li, 2016; Lin et al., 2015) that is not a prescription of the Zhong-Yong principle. Due to his incomplete understanding of Yin-Yang, he has not been able to see the value of the ambidexterity approach and its compatibility with the Yin-Yang thinking in particular and the similarity between Chinese and Western approaches to solving paradox in general. This paper alerts Chinese management scholars to the danger of ‘overconfidence’ (X. Li, 2014a: 14) and ‘Chinese exceptionalism’ (Peng, 2005: 133) and calls for a modest and prudent attitude in pursuing Chinese indigenous management research.
YIN-YANG AND ZHONG-YONG
Yin-Yang and its Implicit Ontology The notion of Yin-Yang is at the heart of traditional Chinese philosophy. It was initially a cosmology, i.e., a branch of philosophy explaining the genesis of the cosmos or universe. According to it, the universe is generated by the interaction of the two most abstract forces or energies, so-called yin and yang, that coexist from the very beginning. Some people think that ancient Chinese scholars abstracted the Yin-Yang philosophy from the natural phenomena of daily life since the ordinary meaning of yin is darkness while that of yang brightness. Because darkness and brightness are contrary yet interrelated, the Yin-Yang cosmology treats the two abstract forces, yin and yang, as contradictory as well as complementary.
As such, the Yin-Yang cosmology has an implicit ontology, namely, everything in the universe, no matter being concrete matter or abstract thought, contains in itself its own yin and yang forces or sub-elements that coexist simultaneously and interact paradoxically; and the contradiction or interaction between the two is the inner driving force for the development of everything. It is an implicit ontology because ontology, as a
Asia Research Community, CBS, Copenhagen Discussion Papers [2019 - 68] 3 philosophy of ‘being’, is foreign to Chinese philosophical tradition. Compared to some Western languages, Chinese language does not require changes of the format of verb word, such as the change from ‘be’ to ‘being’, and therefore, ‘being’ has never been a philosophical category in Chinese traditional philosophy (Yu, 1999).
According to this implicit ontology, the yin element, such as darkness, femininity, stability, exploitation, and defense, etc., and the yang element, such as brightness, masculinity, change, exploration and offence, etc., constitute a special pair that has a paradoxical interrelationship, i.e., the two elements being simultaneous contradictory and complementary. The contradictory relationship means there is trade-off, conflict or competition, between the two elements, whereas the complementary relationship means there is synergy, harmony or cooperation, between them.
As the two paradoxical forces coexist, they interact with each other. The structure of interaction between the two counterbalancing forces may take diverse shapes. It can be one outgrowing and therefore dominating the other or the reverse. Some other time, it can be in a rough balanced or equilibrium state. In the process of interaction, the two elements may either morph into one another or be transformed into a new pair of paradoxical elements.
In short, the Yin-Yang philosophy has three essential ideas, i.e., simultaneity of two contrary forces, paradoxicality in their interrelationship, and interactivity between the two. We denote these three ideas as coexistence, coopetition, and coevolution, respectively.
Five Distinct Epistemological Expressions of Yin-Yang Due to the fact that ancient Chinese intellectuals in general were not interested in epistemological issues (Fung, 1983), while there is an implicit ontology in the Yin-Yang philosophy, there is no commonly held epistemology derived from it. However, there are plenty of texts in the Chinese classical literature that contain a variety of expressions that imply some sorts of epistemology. Out of such varieties, we categorize five distinct epistemological expressions that are in accordance with Yin-Yang’s implicit ontology.
Asia Research Community, CBS, Copenhagen Discussion Papers [2019 - 68] 4 The first is that ‘going too far is as bad as not going far enough’ (过犹不及). This expression appears in the Analects of Confucius. The original text reads: ‘《论语·先进 篇》: 子贡问, “师与商也孰贤?” 子曰, “师也过,商也不及。” 曰:“然则师愈与?” 子曰: “过犹不及。”’. This text can be translated as follows. Zigong asked, ‘who is better, Shi or Shang?’1 Confucius replied, ‘Shi goes too far; Shang does not go far enough.’ Zigong then asked, ‘then, Shi is better?’ Confucius said, ‘too far is the same as not far enough.’
The second one is that ‘being comes from nothing’ (有生于无). This expression appears in the Tao Te Ching of Lao Tzu. The original text reads: ‘《道德经·第 40 章》: 天下万物 生于有,有生于无’. Lin Yutang translates the text as follows2: The things of this world come from Being, and Being (comes) from Non-being. Closely related to this expression is that ‘the softest thing in the world is the hardest’ (至柔至刚). The original text in the same book reads: ‘《道德经·第 43 章》: 天下之至柔,驰骋天下之至坚。无有入无间,吾 是以知无为之有益。’ The translation of Lin Yutang’s is: The softest substance of the world goes through the hardest. That-which-is-without-form penetrates that-which-has- no-crevice; through this I know the benefit of taking no action.
The third is that ‘fortune and misfortune are mutually dependent’ (祸福相倚). This expression appears in the Tao Te Ching of Lao Tzu. The original text reads: ‘《道德经·第 58 章》: 祸兮福之所倚,福兮祸之所伏。孰知其极?其无正也。正复为奇,善复为妖。’ Lin Yutang translates the text as follows: Disaster is the avenue of fortune, (And) fortune is the concealment for disaster. Who would be able to know its ultimate results? (As it is), there would never be the normal. But the normal would (immediately) revert to the deceitful. And the good revert to the sinister.
The fourth is that ‘the orange tree in the South turns into limebushes in the North’ (南橘 北枳). This expression appears in The Spring and Autumn Annals of Master Yan (Milburn, 2016). The original text reads: ‘《晏子春秋·杂下篇》: 橘生淮南则为橘,生于淮北则为枳, 叶徒相似,其实味不同。所以然者何? 水土异也。’ Needham (1986: 212) translates the
1 Zigong, Shi and Shang were all students of Confucius. 2 Lin Yutang (林语堂) is a well-known scholar of Chinese classics. This translation is taken from the website http://terebess.hu/english/tao/yutang.html.
Asia Research Community, CBS, Copenhagen Discussion Papers [2019 - 68] 5 text as follows: ‘when [orange-trees grow south of the Huai] (River) they become good orange-trees, but when they are planted [north of it they turn into thorny limebushes.] The leaves look alike, but fruitlessly, for the taste of the fruits is quite different. How can this be? It is because the water and the sail are not the same.’
The fifth epistemological expression is that ‘the water that bears the boat is the same that swallows it up’ (载舟覆舟). This expression appears in the Xun Zi. The original text reads: ‘《荀子·哀公篇》: 君者,舟也;庶人者,水也;水则载舟,水则覆舟。’ Knoblock (1994: 262) translate the text as follows: the lord is the boat; his subjects the water. It is the water that sustains the boat, and it is the water that capsizes the boat.
Four Derived Methodological Prescriptions
Derived from the five distinct epistemological expressions are four different methodological prescriptions for how to handle opposites, of which the most known is the Confucian principle of Zhong-Yong that is derived from the first epistemological expression. Namely, when facing two opposites, such as competing goals to pursue and contradictory propositions to evaluate, one’s decision should always fall in between the two opposites and never go to either extreme. In other words, one should always hold the two opposites and never exclude any (执两用中) because Confucianists believe going too far is as bad as not going far enough (过犹不及).
The second epistemological expression gives rise to Daoist principle of staying low, non- volitional action and not competing (守柔处弱、无为不争) because Daoists believe ‘The best of men is like water; water benefits all things and does not compete with them. It dwells in (the lowly) places that all disdain; wherein it comes near to the Tao’3 (上善若水。 水善利万物而不争,处众人所恶,故几於道矣。). To Daoists, ‘The Tao never does, yet through it everything is done’ (道常无为而无不为), and ‘it is only because he does not compete that the world cannot compete with him’ (夫唯不争,故天下莫能与之争).
3 Translation of Lin Yutang.
Asia Research Community, CBS, Copenhagen Discussion Papers [2019 - 68] 6 The third and fourth epistemological expressions lead to a coordinated separation (分而 合之) approach. Namely, the opposites should be separated at the micro level but coordinated or integrated at the macro level. Such a micro-separation-macro- coordination approach is evidenced in many Chinese sayings such as ‘husbands handle external issues while wives deal with domestic tasks’ (男主外女主内), ‘fathers be strict while mothers be benign’ (严父慈母), ‘new policies for newly recruited people and old policies for old ones’ (新人新办法,老人老办法), ‘act according to specific conditions in terms of locality, time, issue and persons involved (因地制宜,因时制宜,因事制宜,因 人制宜’.
The fifth epistemological expression suggests a principle of harnessing the benefits while avoiding the danger of the same thing (存利去弊). As the same thing can be both good and bad, it is often because of the presence or absence of a triggering condition. In the subjects as water vs. the ruler as boat case, the triggering condition is how the ruler treats the subjects. Namely, if the ruler treats the subjects benevolently, the subject will support the ruler; in contrast, if the ruler treats the subjects cruelly, the subjects might overthrow the ruler.
Zhong-Yong as Symmetric and Asymmetric Balance From above analysis, we can see that Peter P. Li’s notion of Yin-Yang balancing is similar to Confucian Zhong-Yong principle due to its prescription that one should always combine two opposite elements in choosing a goal and the means to achieve the goal (P. Li, 2016). In explicating his Yin-Yang balancing approach, Peter P. Li specifies three operating mechanisms: asymmetric balancing, curvilinear balancing and transitional balancing.
Peter P. Li (2016: 57, italic added) explains his ‘asymmetrical balancing’ as follows:
‘after the relative (partial) separation of opposite means for opposite ends (e.g. two sub-goals within an overall goal), the interdependence and interpenetration of opposite elements require one of the two opposite elements to play the dominant role in performing one specific function (e.g.
Asia Research Community, CBS, Copenhagen Discussion Papers [2019 - 68] 7 a sub-goal)…while the other opposite element will play the subordinate role in performing the same specific function…It is worth noting that the dominant-subordinate mix occurs at two different levels: one at the level of one overall goal with a dominant-subordinate mix of opposite sub-goals, while the other at the level of each sub-goal with a dominant-subordinate mix of opposite means’.
Elsewhere, Peter P. Li asserts that ‘opposite elements…must adopt an asymmetrical pattern’ (Lin et al., 2015: 334, italic added). Consistent with the asymmetric balancing idea, his ‘transitional balancing’ mechanism suggests that ‘a swift switch in the relative status between dominant and subordinate roles is often desirable’ (P. Li, 2016: 58).
However, his asymmetric balancing approach does not fit well with both the practice and the theory of Zhong-Yong.
In practice of economic reform, there are evidences of negative consequences of a swift switch between two opposite models of economy, i.e., a socialist economy with the state sector as the dominant and the private sector the subordinate vs. a capitalist economy with the private sector as the dominant and the state sector the subordinate. One example is the now denounced ‘shock therapy’ approach to economic transition. A fundamental problem of such a swift economic transition is that it may cause disorganization of economic transactions and therefore ‘breakdown of many economic relations’ (Blanchard & Kremer, 1997: 1094), which explains the output collapse in the former Soviet Union economies in the first few years after the ‘shock therapy’ was implemented. In sharp contrast, China’s economic transition was proceeded with high output growth thanks to its gradualist dual-track reform approach (Qian, Roland, & Xu, 1999). The dual-track design allows slow change of the relative weight of the state sector vis-à-vis the private sector in the Chinese economy4. Indeed, in the slow change process existed a period of time when the ratio of the two sectors was roughly 50:50.
In the practice of politics, Chinese emperors often purposefully tried to balance the power of two competing political factions. The rationale for such a symmetric balance is that
4 We are fully aware of the downside of the Chinese approach to economic reform. Yet, the point we make here is that the gradualist dual-track design made a stable transition without economic disorganization in the early years of reform possible.
Asia Research Community, CBS, Copenhagen Discussion Papers [2019 - 68] 8 when the power of the competing factions is in an equilibrium state, i.e., no one dominating the other, each of the two will have to rely on the emperor in order to gain more power, and therefore, the emperor becomes the most powerful. Of course, emperors would also support one political faction while suppress another if the specific circumstances required them to do so.
In classical book Zhong-Yong, the word of ‘zhong’ (中) means middle or equilibrium while the word ‘yong’ (庸) means constant or consistent. The first chapter of the book (translated by James Legger, 1966) reads:
1:4. While there are no stirrings of pleasure, anger, sorrow, or joy, the mind may be said to be in the state of Equilibrium. When those feelings have been stirred, and they act in their due degree, there ensues what may be called the state of Harmony. This Equilibrium is the great root from which grow all the human actings in the world, and this Harmony is the universal path which they all should pursue. (喜、怒、哀、乐之未发,谓之中。发而 皆中节,谓之和。中也者,天下之大本也。和也者,天下之达道也)
1:5. Let the states of equilibrium and harmony exist in perfection, and a happy order will prevail throughout heaven and earth, and all things will be nourished and flourish (致中和,天地位焉,万物育焉)
From these original texts, we can see that the state of equilibrium or symmetry is the ultimate goal of Zhong-Yong balancing; yet, in the process of pursuing this goal, disequilibrium or asymmetry is allowed if it is managed within due degree. Therefore, the original theory of Zhong-Yong does allow symmetry as well as asymmetry.
Xin Li (2014b) develops a four-element model of the Zhong-Yong principle of balancing, i.e., inclusion-selection-promotion-transition (ISPT). In this model, two opposites should always be included in the goal and the means to achieve the goal; one of the two opposites should be selected as the priority under certain circumstances; however, when the situation changes, the other un-prioritized should be promoted to receive more attention; such a promotion action may lead to the previously un-prioritized element gaining equal attention to the previously prioritized element (resulting in symmetry) or
Asia Research Community, CBS, Copenhagen Discussion Papers [2019 - 68] 9 even gaining more attention (resulting in a reversed asymmetry); if it is the latter situation, then a transition from asymmetry to symmetry to reversed asymmetry has taken place. Hence, the ISPT model represents Zhong-Yong as symmetric and asymmetric balance.
In summary, Peter P. Li’s notion of ‘Yin-Yang balancing’ is ironically anti-Yin-Yang due to his claim that Yin-Yang is superior to all others and anti-Zhong-Yong due to his emphasis on asymmetry to the exclusion of symmetry.
YIN-YANG AND AMBIDEXTERITY In the management literature in the West, the ambidexterity approach (Birkinshaw & Gupta, 2013; O’Reilly & Tushman, 2013) has been a prominent way of thinking for managing the exploitation-exploration dilemma (March, 1991; Raisch et al., 2009) in particular and organizational paradox in general (Andriopoulos & Lewis, 2009; Schad et al., 2016).
In reviewing the organizational ambidexterity literature, Peter P. Li (2014: 328-329) groups the various studies into two broad categories, i.e., ‘separated ambidexterity’ and ‘integrated ambidexterity’. He further divides each category into three sub-views. The ‘separated ambidexterity’ category is subdivided into ‘structural ambidexterity’, ‘temporal ambidexterity’ and ‘domain ambidexterity’ (p. 328), while the ‘integrated ambidexterity’ category into ‘resource ambidexterity’, ‘contextual ambidexterity’ and ‘managerial ambidexterity’ (p. 329).
Peter P. Li (2014: 329) argues that ‘the extant views of ambidexterity fail to account for the original insights concerning both trade-off and synergy, thus failing to adequately explain the dual nature of the exploration-exploitation link’. In contrast, he posits that, ‘to fully understand the paradox of the exploitation-exploration link…Yin-Yang balancing is able to reframe paradox (absolute opposites) into duality (relative opposites) without “transcending” the true nature of being opposite or paradoxical, thus distinctive from the other logical systems’ (p. 330). Hence, he asserts that ‘the Yin-Yang frame is superior in managing paradoxes, as illustrated by the example of ambidextrous balance’ (p. 324).
There are three problems in Peter P. Li’s arguments.
Asia Research Community, CBS, Copenhagen Discussion Papers [2019 - 68] 10 Firstly, it is inaccurate to dichotomize the various ambidexterity studies into ‘separated’ vs. ‘integrated’ because all ambidexterity solutions involve, explicitly or implicitly, a combination of mechanisms of separation and integration (or coordination). More specifically, the essence of the ambidexterity thinking is an organizational or behavioral design of separation at the micro level coupled with integration or coordination at the macro level. Simply put, being ambidextrous means both separated and integrated.
For instance, the structural ambidexterity (Tushman & O’Reilly, 1996), which is categorized as ‘separated ambidexterity’ category by Peter P. Li, involves an organizational structure design in which one unit of the organization undertakes exploitative activities while another unit pursues explorative learning. This is the mechanism of separation of responsibilities at the micro (i.e., business unit) level. Yet, this separation mechanism is coupled with a complementary mechanism of integration or coordination (Markides, 2013), for example, by appointing an active and capable integrator between two units (Gilbert & Bower, 2002) or the same general manager in charge of two units (O’Reilly & Tushman, 2004). The more effective mechanism of integration is to put in place a top-level leadership, of CEOs or top management teams, ‘that can make dynamic decisions, build commitment to both overarching visions and agenda specific goals, learn actively at multiple levels, and engage conflict’ (Smith, Binns, & Tushman, 2010: 448; Smith & Tushman, 2005).
Similarly, the contextual ambidexterity (Gibson & Birkinshaw, 2004), which is categorized as ‘integrated ambidexterity’ category by Peter P. Li, relies on building an organizational culture or context that encourages or facilitates the development of behavioral capacities of individual employees to simultaneously pursue opposing goals. The contextual ambidexterity approach is different from the structural ambidexterity in that it is argued that organizational ambidexterity ‘is best achieved not through structural, task, or temporal separation’ (ibid.: 211, italic in original). Yet, the contextual ambidexterity approach still has a separation mechanism built in because it ultimately relies on ‘individuals to make their own judgments as to how best divide their time between the conflicting demands’ (ibid.: 211, italic added).
Asia Research Community, CBS, Copenhagen Discussion Papers [2019 - 68] 11 Clearly, ambidexterity as an integrative separation solution to organizational paradox is compatible with or equal to the methodological prescription derived from aforementioned the third and fourth epistemological expressions of Yin-Yang, i.e., the method of coordinated separation for handling opposites. As a matter of fact, Chinese often say ‘act in one way at one time or in one place while change to another way at another time or in another place’ (此一时彼一时、此一地彼一地), which can be equated with the temporal and spatial separation approaches in the Western ambidexterity literature.
An example of ambidexterity as a legitimate solution to organizational paradox is the fact that in the Chinese army there is always a political personnel (政委、教导员、指导员) besides the military commander as the co-leader of the military organization at any level above the platoon level5. It will be ideal if the military commander is ambidextrous himself or herself, namely, he or she can act in different ways adapting to changing situation (Zhang et al., 2015), then he or she does not need to have a co-leader. However, if the military commander is not ambidextrous himself or herself, which is often the case, then the institutional design of dual-leadership is the second best solution to make the military leadership ambidextrous.
Secondly, in some but not all situations, Zhong-Yong is only possible in intention but impossible in action. In such situations, the Zhong-Yong intention is ultimately converted into ambidextrous actions.
Take the work-family conflict for example. We are often advised to have a work and family balance. The Zhong-Yong principle would suggest people to simultaneously take care of both work and family and not to attend one to the exclusion of the other. In principle and intention, simultaneous attention to both work and family is desirable. However, in practice and action, there are often circumstances in which one of the two cannot be taken care of. Two kinds of such circumstance are called work-to-family conflict and family-to-work conflict. One example of work-to-family conflict is that an unexpected problem in work requires one to work overtime in the day, which prevent the person from meeting his or her spouse for celebrating the anniversary of their marriage. In such an
5 In the Chinese army, the political co-leader is called political trainer (指导员) at the company (连) level, political instructor (教导员) at the battalion (营) level, and political commissar (政委) at the regiment level and above.
Asia Research Community, CBS, Copenhagen Discussion Papers [2019 - 68] 12 emergency situation, the ambidextrous person might have to forgo the anniversary celebration that day but make another romantic arrangement to delight his or her spouse.
An illuminating case that is more relevant to management studies is the rigor-relevance debate. Many scholars have called for balancing academic rigor and practical relevance in conducting management research (e.g., Bartunek & Rynes, 2014; Kieser, Nicolai, & Seidl, 2015) given the criticism that much of the management literature is not relevant to management practice (e.g., Bennis and O’Toole, 2005; Vermeulen, 2005). However, Daft & Lewin (2008), the founding co-editors of Organization Science (OS), after 18 years of journal editing experience, despite their initial commitment to encourage and publish in OS studies that are both rigorous and relevant (Daft & Lewin, 1990), have come to realization, that ‘Direct Practical Relevance Was a Naïve Aspiration for OS’ (p. 181) and ‘Journals that serve as a source of academic knowledge should have a fundamental mission to publish diverse new ideas of high quality without regard to relevance to the world of practice’.
Daft & Lewin’s argument is ambidextrous in nature because they acknowledge that
‘Academic relevance and practical relevance serve different subcommunities…The larger academic arena is made up of many journal- based subcommunities, each with its own niche, world view, values, and purpose, and some with more direct links to practitioners (e.g., HBR). The process for how knowledge is created in one subcommunity and appropriated by another subcommunity is ill defined and poorly understood, and deserves much deeper study. However, idea migration does happen and the natural migration of knowledge and selection processes at various levels does eventually create practical outcomes’ (p. 181).
In a sense, the ambidexterity approach can be linked to Adam Smith’s (1937/1776) idea of division of labor that calls for specialization and coordination ( 分工合作). The separation mechanism of ambidexterity can be thought as specialization, i.e., one organizational unit or person doing one thing at one time in one place and switching to another at another time in another place. Due to the fact that there are time costs associated with switch and human brain’s capacity for information processing is limited,
Asia Research Community, CBS, Copenhagen Discussion Papers [2019 - 68] 13 such separation and specialization is both inevitable and necessary to improve efficiency and effectiveness of task handling.
Thirdly, as Yin-Yang tells us that everything has its own merits and limitations, ambidexterity might be the most suitable solution in some situations, e.g., in quantum physics.
According to Heisenberg (1958: 14), ‘The Copenhagen interpretation of quantum theory starts from a paradox’, which should be the wave-particle duality of light. The wave- particle duality is the phenomenon that, while light can be seen as wave because its behaviors present wave properties in some experiments, it can also be seen as particle because its behaviors present particle properties in some other experiments. The wave- particle duality of light is paradoxical because wave and particle are fundamentally different and mutual exclusive in that the former is continuous while the latter is discrete. In technical terms, ‘particles are localized while waves are not’ (Pais, 1991: 57). Einstein once put this paradox as follows:
“But what is light really? Is it a wave or a shower of photons? There seems no likelihood for forming a consistent description of the phenomena of light by a choice of only one of the two languages. It seems as though we must use sometimes the one theory and sometimes the other, while at times we may use either. We are faced with a new kind of difficulty. We have two contradictory pictures of reality; separately neither of them fully explains the phenomena of light, but together they do” (Einstein & Infeld, 1938: 262-263), and ‘There are . . . now two theories of light, both indispensable and…without any logical connection’ (cited in Pais, 1991: 88).
As one of the three core principles of the Copenhagen Interpretation, Bohr’s complementarity principle was initially proposed as a philosophical solution to the wave- particle paradox. According to Bohr, light (later extended to any matter) has both wave and particle properties, or in other words, it is both wave and particle, ontologically; when we try to observe or measure its properties by experiments, our observational or measurement instruments disturb or interact with the observed object, and consequently, our observations, or the captured properties, is a result of the disturbance or interaction
Asia Research Community, CBS, Copenhagen Discussion Papers [2019 - 68] 14 between the observational instruments and the observed object. This is the so-called measurement problem. An experiment designed to observe the wave properties of the observed object will result in wave properties in our observation and an experiment designed to observe the particle properties will result in particle properties. Due to the fundamental difference between wave and particle, the two properties can never be captured simultaneously in one single experiment or observation. In technical terms, it is ‘a simple consequence of the noncommutativity’ of wave and particle (Pais, 1991: 304). However, no matter how contradictory the wave and particle descriptions of the object are, epistemologically, they are complementary and necessary for a complete description of the observed object.
Apparently, Bohr’s complementarity principle is ambidextrous in that it allows separation of wave and particle properties in experiment (at the micro or epistemological level) coupled with integration of wave and particle in nature (at the macro or ontological level).
At the epistemological level, there is another paradox to deal with. According to Bohr, as the quantum theory is universal while the classical theories are at best approximations of it, a pure classical description of the world is incomplete; on the other hand, due to this measurement problem, it is also impossible to give a pure quantum description of the world. Bohr’s solution to this paradoxical situation is his principle of classical concepts, namely, ‘to divide the system whose description is sought into two parts: one, the object, is to be described quantum-mechanically, whereas the other, the apparatus, is treated as if it were classical’ (Landsman, 2006: 221). This quantum-classical division or separation is called ‘Heisenberg cut’ as Heisenberg explained this principle in an articulate way. Like the complementarity principle, Bohr’s principle of classical concepts can also be viewed as a structural ambidexterity solution.
In summary, Peter P. Li’s Yin-Yang balancing approach relates to only one of several methodological prescriptions derived from Yin-Yang, i.e., Confucian Zhong-Yong principle. Due to his incomplete understanding of Yin-Yang, Peter P. Li ends up with making a sharp contrast between Western ambidexterity and Chinese Yin-Yang thinking, which disables him to see the value of the ambidexterity approach and its compatibility with the Yin-Yang thinking.
Asia Research Community, CBS, Copenhagen Discussion Papers [2019 - 68] 15
YIN-YANG AND PARADOX When comparing Yin-Yang and Western approaches to paradox, Peter P. Li (2016) asserts:
‘Even though a growing number of Western scholars have recognized the salience of paradox as well as the flaw of “either/or” logic (e.g. Ashforth and Reingen, 2014; Bobko, 1985; Smets et al., 2015; Poole and Van de Ven, 1989; Smith and Lewis, 2011), they cannot move beyond the separation- integration circle as their attempts to resolve paradox, so Yin-Yang balancing is the only epistemological system that can truly accommodate and appreciate paradox ([P.] Li, 2012a, 2014b; Smith and Lewis, 2011), and, at the same time, possesses the unique potential to embrace all Western systems into a geocentric (East-meeting-West) meta-system’ (p. 69, italics added).
However, as we have shown, there are diverse epistemological expressions and methodological prescriptions derived from Yin-Yang, hence, Peter P. Li’s understanding of Yin-Yang is incomplete, due to which he has not been able to see the similarity between Chinese and Western approaches to paradox. To facilitate the analysis of such a similarity, we can assign a unique label to each of the diverse epistemological expressions and methodological prescriptions of Yin-Yang.
Many scholars tend to contrast Chinese Yin-Yang thinking and Western linear thinking as both/and logic vs. either/or logic (Chen, 2008; Fang, 2012). While we agree that the both/and logic is an indispensable element of Yin-Yang, we also understand, from above analysis, that the unitary label of both/and cannot adequately describe the diversity of epistemological expressions and methodological prescriptions derived from Yin-Yang’s implicit ontology. Hence, we need to create a system of labels that contain the sign of both/and as an integral part. Following Xin Li’s (2014) approach to designing such a label system, we propose a two-dimensional 3x3 matrix of combinative logics with the three basic logics on both y axis as the primary logic and x axis as the secondary logic.
Asia Research Community, CBS, Copenhagen Discussion Papers [2019 - 68] 16
Figure 1. The similarity between Chinese and Western thinking on paradox
In Figure 1, each cell is given a unique label to name a particular combinative logic. Each label is a term that combines the first word of the corresponding primary choice on the y axis and the second word of the corresponding secondary choice on the x axis. The merit of this way of labeling is that the three cells on the top-left to right-bottom diagonal line corresponding to the three basic choices are still labeled as Either-Or, Both-And, and Neither-Nor. Except the four corner cells, all the other five cells in between the corners contain a both/and element. Now, we can associate all the five labels except Neither-And with the five epistemological expression of Yin-Yang and their four derived methodological prescriptions.
The first epistemological expression, i.e., 过犹不及, and its derived methodological prescription, i.e., 执两用中, corresponds neatly with the combinative choice of Both-Nor. Namely, the Confucian Zhong-Yong principle recognizes the values of both X (being
Asia Research Community, CBS, Copenhagen Discussion Papers [2019 - 68] 17 anything) and its opposite (–X) and prescribes a balance between them by always having a position that falls in between the two opposites, which can be seen as being neither pure X nor pure –X, but a mix of some elements or aspects of X and some elements or aspects of –X.
The second epistemological expression, i.e., 有生于无, and its derived methodological prescription, i.e., 无 为 不 争 , corresponds with the combinative choice of Both-And because the Daoists believe ‘non-action is all action’ (无为而无不为) and ‘not competing is the best way of competing’ (不争是争). In essence, Daoist solution is to see (both) X and –X as the same thing.
The third and fourth epistemological expression, i.e., 祸福相倚、南橘北枳, and their derived methodological prescription of coordinated separation, i.e., 分而合之, correspond neatly with the combinative choice of Both-Or because they are all characterized by a combination of macro level integration (both X and –X) coupled with micro level of separation (either X or –X).
The fifth epistemological expression, i.e., 水 可 载 舟 亦 可 覆 舟 , and its derived methodological prescription, i.e., 存利去弊, can be associated with the combinative choice of Either-And. As analyzed before, the relationship between the ruler and the subjects is contingent upon the absence or presence of benevolence in the ruler’s treatment of the subject. If benevolence is absent, their relationship is conflicting (either/or), and if it is present, their relationship is harmonious (both/and).
While there seems to be no correspondence between Yin-Yang and the combinative choice of Neither-And, we find the neither-wind-nor-banner-but-mind argument of Hui- Neng, the Sixth Patriarch of Chinese Chan/Zen Buddhism, correspond neatly to the Neither-And logic. The story is recorded in The Platform Sutra of the Sixth Patrarich (六 祖坛经).
The story goes, ‘At that time the wind was blowing and the banner was moving. One monk said that the wind was moving, while another monk said the banner was moving. They argued on and on, so I [Hui-Neng] went forward and said, “It is not the wind that is moving,
Asia Research Community, CBS, Copenhagen Discussion Papers [2019 - 68] 18 and it is not the banner that is moving. It is your minds that are moving”’ (McRae, 2000: 26). In this story, the two monks thought the moving of banner and moving of wind as mutually exclusive because the former indicates that moving of wind was the cause and the moving of banner the effect while the latter indicates exactly the opposite. However, Hui-Neng accepted neither the banner-moving proposition nor the wind-moving proposition and saw both being unreal but illusions caused by the moving of mind. In this way, Hui-Neng negated or rejected both propositions on the one hand and reconciled or unified them on the other. Hence, his logic can be labelled Neither-And.
With this label system, we can now show the similarity between Chinese and Western approaches to paradox.
Firstly, Aristotle’s doctrine of the mean is similar or parallel to Confucian principle of Zhong-Yong because Aristotle’s golden mean is not the arithmetic mean but one ‘relative to us’ (Losin, 1987), which means what is appropriate is contingent upon specific situation. Stroh & Miller’s (1994: 32) ‘“Both/and” thinking’ is essentially a Both-Nor logic because their solution to mass-customization is to have 80% of standardization and 20% of customization in product design.
Secondly, Hegel’s (1969: §134) dialectical6 idea that ‘Pure Being and Pure Nothing are, therefore, the same’ is similar or parallel to Daoist idea that ‘non-action is all action’ (无为 而无不为) and ‘not competing is the best way of competing’ (不争是争).
Thirdly, as analyzed before, Bohr’s complementarity principle and his doctrine of the classical concepts in particular and the Western ambidexterity thinking in general are similar or parallel to the third methodological prescription, i.e., the coordinated separation approach, derived from the third and fourth epistemological expressions of Yin-Yang.
6 Peter P. Li, as many people do, misunderstands Hegelian dialectics as the triology of thesis-antithesis-synthesis; and as synthesis is a sort of reconciliation of the contradiction between thesis and antithesis those people believe that Hegelian dialectics strives for resolving contradiction. However, as Mueller (1958) points out, Hegelian dialectics is not about the triology of thesis-antithesis- synthesis, a method originated by Fichte and later explicated by Schelling, of both of which Hegel was a contemporary. Thomas McFarland (2002: lxxxvi), in his Prolegomena to Coleridge’s Opus Maximum, identifies Kant’s (1781) Critique of Pure Reason as the genesis of the dyad, i.e., thesis and antithesis, and points out it is Fichte in his 1794 book Grundlage der gesammten Wissenschaftaslehre [Foundations of the Science of Knowledge] took up Kant’s repeated use of the concept of synthesis and used it to resolve the thesis-antithesis dichotomy, and therefore invented the triology of thesis-antithesis-synthesis, which is further developed by Schelling into a pyramidal form.
Asia Research Community, CBS, Copenhagen Discussion Papers [2019 - 68] 19 Fourthly, Poole & Van de Ven’s (1989) idea of introducing new terms to resolve the paradox can be associated with the fifth epistemological expression of Yin-Yang because the Either-And logic suggests it is the presence or absence of a triggering condition that determines whether the opposites (water vs. boat, the subjects vs. the ruler) are conflicting or complementary. By introducing the triggering condition as the new term the contradictory relationship (either/or) between the opposites can then be turned into a complementary relationship (both/and).
Lastly, Hui-Neng’s Neither-And thinking was primarily an inheritence of Indian Buddhist philosophy in general and the neither/nor thinking of Nagarjuna (龙树菩萨) in particular. Likewise, the neither/nor thinking is also reflected in early Greek philosophy (McEvilley, 1981) and Derrida’s Deconstructionism (Cai, 1993). In The Euthydemus of Plato, when Dionysodorus was asked the question ‘are all things silent or do all things speak?’, his answer was ‘Neither and both!’ (Plato, 1965; Sachs, 2012: 112). Stroh & Miller (1994: 32) also identify ‘“neither/nor” thinking’ as a generic approach to solve paradox.
Now, we further illuminate the similarity by a concrete management paradox. In strategy literature, there is the cost leadership vs. differentiation dilemma or paradox caused by Porter’s (1980) assertion that while both cost leadership and differentiation are equally viable generic strategies, any attempt to combine them may result in a bad situation called ‘stuck in the middle’. To solve this paradox, Western scholars have proposed various solutions, most of them can be neatly associated with the five combinative logics containing both/and element.
For instance, Porter (1985) himself has proposed a Both-Or solution. Recognizing that ‘reducing cost does not always involve a sacrifice in differentiation’ (p. 18) and ‘sometimes making an activity unique also simultaneously lowers cost’ (p. 129), Porter has made a compromise that ‘sometimes a firm may be able to create two largely separate business units within the same corporate entity, each with a different generic strategy’ (p. 17). However, Porter (1996: 77) emphasizes that in order to contain the risk of the combination effort, corporations have to create stand alone business units, ‘each with its own brand name and tailored activities’. Christensen’s (1997) ‘innovator’s solution’ has been a strong
Asia Research Community, CBS, Copenhagen Discussion Papers [2019 - 68] 20 support to Porter’s ambidextrous integrative separation approach, which is echoed by Markides and Charitou (2004).
Hill (1988: 404) is an example of the Either-And solution. He identifies three major contingencies that influence the impact of product differentiation on market demand, one of which is the competitive nature of the product market environment. He points out that, although efforts to differentiate appear to be greatest in an oligopolistic market, differentiation by established oligopolies will not increase market share enough to enable the firm to realize substantial cost economies; in contrast, in fragmented markets, a substantial impact on quantity demanded will be seen from differentiation. So, Hill introduces a new term, i.e., market demand, to separate two situations, namely, the either/or situation in oligopolistic markets in contrast to the both/and situation in fragmented markets.
Mintzberg (1988) is an example of the Both-And solution. He argues that differentiation can be realized in diverse ways, namely, by marketing image, by product design, by quality and by support. He also calls cost leadership strategy as differentiation by price. In these way, cost leadership is treated as a particular way of differentiating. Simply put, cost leadership is differentiation. This approach to solving paradox seems to resemble Friedman’s (1970) argument that the social responsibility of business is to increase its profits. The implicit Both-And logic in Friedman’s argument is that, social responsibility can be realized in different ways by different people or organizations. The way business people and organizations realize their social responsibilities is to run a profitable business which in turn contribute to the wider society.
Parnell (2006) is an example of the Both-Nor solution. He argues ‘In general, all successful firms over the long term exhibit one or more forms of differentiation. These include not only those forms commonly associated with differentiation such as innovation and quality, but also forms directly associated with cost leadership and even Porter’s focus orientation... Hence, an emphasis on cost leadership can be viewed as another form of differentiation’ (p. 1143). Any successful strategy, in the eyes of Parnell, is a mixed on that falls between the two extremes of pure cost leadership and pure differentiation.
Asia Research Community, CBS, Copenhagen Discussion Papers [2019 - 68] 21 Faulkner & Bowman’s (1992) ‘strategy clock’ (Johnson, Scholes & Whittington, 2012: 243) is an example of the Neither-And solution. According to these authors, there are eight different directions a company can move from its current position within the matrix, three of which are destined for ultimate failure while the other five are more or less viable. What matters is neither price nor use value but the combination of (or the ratio between, i.e., both/and) the perceived use value and the perceived price. So, it does not matter which direction one moves in the customer matrix, it is a good strategy as long as the move increase the value/price ratio.
In summary, due to his incomplete understanding of Yin-Yang, Peter P. Li has not been able to see the similarity between Chinese and Western approaches to solving paradox.
CONCLUSION In this paper, we have demonstrated that while there is an implicit ontology in the Yin-Yang philosophy, there is no commonly held epistemology derived from it. Instead, there are five distinct epistemological expressions of it and four methodological prescriptions derived from them. Such an analysis represents a more nuanced understanding of Yin-Yang, which helps us see that Peter P. Li’s interpretation of Yin- Yang is incomplete. Due to such an incomplete understanding, Peter P. Li has not been able to see the value of the ambidexterity approach and its compatibility with the Yin- Yang thinking in particular and the similarity between Chinese and Western approaches to solving paradox in general. In addition, Peter P. Li’s notion of Yin-Yang balancing is an inaccurate representation of Confucian principle of Zhong-Yong due to his dogmatic insistence on asymmetry to the exclusion of symmetry in the structure of combination of two opposites.
Peter P. Li (2016: 44, italics added) sees ‘the possibility for an East-West integration as an asymmetrical balance with perhaps more emphasis on the Eastern philosophy’. While we cannot rule out such a possibility in the long run (saying something is possible is essentially non-falsifiable), we must acknowledge the huge distance between the West and the East in terms of scientific advancement. A proverb shared by the Chinese and Westerners is facts speak louder than words (事实胜于雄辩). As a matter of fact, the West
Asia Research Community, CBS, Copenhagen Discussion Papers [2019 - 68] 22 is still way ahead of the rest of the world in terms of scientific research capability. There are still long way to go for the rest of the world to catch up with the West.
We conclude the paper by alerting Chinese management scholars to the danger of overconfidence and Chinese exceptionalism and call for a modest and prudent attitude in pursuing Chinese indigenous management research.
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Asia Research Community, CBS, Copenhagen Discussion Papers [2019 - 68] 29 COPENHAGEN DISCUSSION PAPERS
2005:
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2019
2019-68: Xin Li - A Discussion on Yin-Yang, Zhong-Yong, Ambidexterity, and Paradox Clinical Research Report
Journal of International Medical Research 2019, Vol. 47(4) 1580–1591 Machine-readable Yin–Yang ! The Author(s) 2019 Article reuse guidelines: imbalance: traditional sagepub.com/journals-permissions DOI: 10.1177/0300060518824247 Chinese medicine syndrome journals.sagepub.com/home/imr computer modeling based on three-dimensional noninvasive cardiac electrophysiology imaging
Wei Cen1,2 , Ralph Hoppe3, Aiwu Sun1, Hongyan Ding1 and Ning Gu4
Abstract Objectives: The principal diagnostic methods of traditional Chinese medicine (TCM) are inspec- tion, auscultation and olfaction, inquiry, and pulse-taking. Treatment by syndrome differentiation is likely to be subjective. This study was designed to provide a basic theory for TCM diagnosis and establish an objective means of evaluating the correctness of syndrome differentiation. Methods: We herein provide the basic theory of TCM syndrome computer modeling based on a noninvasive cardiac electrophysiology imaging technique. Noninvasive cardiac electrophysiology imaging records the heart’s electrical activity from hundreds of electrodes on the patient’s torso surface and therefore provides much more information than 12-lead electrocardiography. Through mathematical reconstruction algorithm calculations, the reconstructed heart model is a machine-readable description of the underlying mathematical physics model that reveals the detailed three-dimensional (3D) electrophysiological activity of the heart. Results: From part of the simulation results, the imaged 3D cardiac electrical source provides dynamic information regarding the heart’s electrical activity at any given location within the 3D myocardium. Conclusions: This noninvasive cardiac electrophysiology imaging method is suitable for trans- lating TCM syndromes into a computable format of the underlying mathematical physics model to
1Huaiyin Institute of Technology, Huaian, China 2Technische Universit€at Ilmenau, Ilmenau, Germany Corresponding author: 3Ganzheitliches Gesundheits Zentrum, Germany Wei Cen, Technische Universit€at Ilmenau, Helmholtzplatz 4The Third Affiliated Hospital of Nanjing University of 2, Ilmenaun 98684, Germany. Chinese Medicine, China Email: [email protected]
Creative Commons Non Commercial CC BY-NC: This article is distributed under the terms of the Creative Commons Attribution-NonCommercial 4.0 License (http://www.creativecommons.org/licenses/by-nc/4.0/) which permits non-commercial use, reproduction and distribution of the work without further permission provided the original work is attributed as specified on the SAGE and Open Access pages (https://us.sagepub.com/en-us/nam/open-access-at-sage). Cen et al. 1581 offer TCM diagnosis evidence-based standards for ensuring correct evaluation and rigorous, scientific data for demonstrating its efficacy.
Keywords Cardiac electrophysiology imaging, traditional Chinese medicine, forward problem, inverse prob- lem, computer modeling, Yin, Yang
Date received: 13 July 2018; accepted: 19 December 2018
Introduction an objective means of evaluating the cor- rectness of syndrome differentiation in The fields of traditional and complementary TCM is urgently needed. medicine are important but often underesti- The author of an ancient Chinese medi- mated parts of health care. While tradition- cal text called The Yellow Emperor’s Inner al medicine has a long history of use in Canon14 and his following medical men health maintenance and disease prevention stated that the “heart is a monarch and treatment, particularly for chronic dis- 1–6 organ.” The heart is undeniably one of the ease such as cardiovascular disease and most important organs in the body. cancer, rigorous scientific data are needed Reduction of cardiovascular disease even to demonstrate its efficacy and evidence- reduces the incidence of cancer. based standards for quality and safety 7 Consciousness, thinking, memory, and evaluation. The principal techniques of sleep are all related to the function of the traditional Chinese medicine (TCM) are heart. With respect to physiological func- the four diagnostic methods of inspection, tions, the heart is considered to be a mus- auscultation and olfaction, inquiry, and cular pump with rhythmic electrical activity pulse-taking. Treatment by syndrome dif- and muscle contraction that expels blood to ferentiation is therefore likely to be subjec- all parts of the body. Thus, knowledge of tive. The eight general principles used in the electrical function of the heart can be a TCM to describe patients’ conditions are critical tool with which to attain a scientific Yin, Yang, exterior, interior, cold, heat, understanding of TCM syndromes. deficiency, and excess. Among these eight Fortunately, significant progress has been 8–11 principles, Yin and Yang are regarded made in the field of cardiac electrophysiol- as those that guide TCM syndrome differ- ogy with respect to recording the electrical entiation. Accurate syndrome differentia- activity of the heart. For example, standard tion and proper treatment are the 12-lead electrocardiography (ECG) is prerequisites for achieving good outcomes. widely used in the clinical setting to record However, syndrome differentiation is often atrial and ventricular depolarization and inaccurate; for example, hyperglycemia repolarization. Moreover, the CARTO caused by pathogenic damp attacking the System (Biosense Webster, Irvine, CA, spleen may be diagnosed as deficiency of USA) and the EnSite System (St. Jude Yin,12 and diseases caused by Yang defi- Medical, Saint Paul, MN, USA) are com- ciency may be treated as Yang excess after mercially available systems that provide the doctor’s careful examination.13 Thus, endocardial electrical information. 1582 Journal of International Medical Research 47(4)
However, because of the limited number activation. A definite relationship might of recording electrodes, 12-lead ECG does exist between Yin–Yang imbalance and not provide spatial details of cardiac activa- cardiac electrical activity. The Nernst tion. Although the CARTO System and equation is as follows: EnSite System more effectively characterize the heart’s electrical activities, both systems RT C V ¼ In i (1) are invasive. zF Co To overcome the disadvantages of the above methods, noninvasive cardiac elec- 15 where V is the membrane potential, R is the trophysiology imaging has been investi- gas constant, T is the absolute temperature, gated by researchers. Noninvasive cardiac z is the valence of the ion, F is the Faraday electrophysiology imaging records the constant, and Co and Ci are the concentra- heart’s electrical activity from hundreds of tions of the ion outside and inside the cell, electrodes placed on the surface of the respectively. patient’s torso and therefore provides We herein present the basic theory of much more information than a 12-lead TCM syndrome computer modeling based ECG recording. Through mathematical cal- on noninvasive cardiac imaging to allow for culation of reconstruction algorithms, the visualization of the most basic TCM syn- reconstructed heart model is a machine- dromes (Yang excess, Yin excess, Yang readable description of the underlying deficiency, Yin deficiency, and lack of mathematical physics model. It reveals the detailed three-dimensional (3D) electro- both Yin and Yang). Because correct syn- physiological activity of the heart (including drome identification is the premise and location, magnitude, and trend). foundation of treatment in TCM, examina- This approach has been clinically applied tion of the correctness of syndrome differ- to assist in the diagnosis of cardiac entiation with assistance of TCM syndrome abnormalities,15–29 but it has not been computer models derived from noninvasive used in TCM to date. In TCM, the imbal- cardiac electrophysiology imaging has ance between Yin and Yang is considered broad clinical value in cardiovascular dis- the root cause of a disease. Elucidation of ease prevention and treatment. the physical background of a traditional diagnosis in relation to Yin and Yang is Methods clinically meaningful. Yang is associated with qualities such as heat, movement, Three-dimensional cardiac electrophysiolo- activity, and light, while Yin is associated gy imaging is a novel noninvasive imaging with qualities such as cold, rest, passivity, modality that allows for visualization of the and darkness. More concretely, Yang cardiac activity of the entire heart from excess results in heat syndrome while Yin body surface potentials measured with hun- excess leads to cold syndrome, and Yang dreds of electrodes together with heart– deficiency causes cold syndrome whereas torso anatomic information obtained from Yin deficiency induces heat syndrome. computed tomography or magnetic reso- According to the Nernst equation (1), the nance imaging scans. The ECG signals electrical gradient across the cell membrane from hundreds of leads, which record that prevents the net diffusion of an ion can much more information than 12-lead be changed by temperature; thus, the imbal- ECG, are used to noninvasively reconstruct ance between Yin and Yang is probably the heart’s electrical activity through ECG reflected by altered cardiac electrical forward problem and ECG inverse problem Cen et al. 1583 calculation. Variations in torso shape, heart where A is the transfer matrix from the car- size and location, and internal inhomogene- diac equivalent sources to the body surface ities might influence the imaging results. potentials in a given torso volume conduc- To solve the ECG inverse problem, a tor, V is the vector of the measured body model of the forward problem is required. surface potentials at one sampling instant The ECG forward problem involves calcu- t, and X is the vector containing the lation of the body surface potentials from unknown parameters of the cardiac inverse equivalent cardiac sources using the solution at t. Maxwell equations:30 The ECG signals from hundreds of leads are used to reconstruct the heart’s @ðlHÞ þr E ¼ 0 (2) electrical activity based on the transfer @t matrix obtained from forward problem calculation. In the ECG inverse problem, and the number of surface leads is generally still smaller than the number of varia- @ðeEÞ bles; some techniques used to obtain þr H ¼ J (3) @t unique solutions were discussed in our previous papers.32,33 This reconstructed where E is the electric field, H is the mag- heart model is able to reveal the complex netizing field, e is the electric permittivity electrical system of the whole heart in relating the electric flux density to the elec- more detail and thereby provide a reli- tric field intensity, and l is the magnetic able basis for treatment in a noninvasive permeability relating the magnetic flux den- way. For example, it can locate the sity to the magnetic field intensity. region of arrhythmic activity in the The matrix describing the relationship heart. Thus, we plan to use this tech- between cardiac electrical activity and body nique for TCM syndrome computer surface potentials is referred to as the transfer modeling in our study, which is described matrix. A finite difference analysis model, below. which is partly described in our previous 31 paper, is chosen to numerically solve the TCM syndrome computer ECG forward problem and obtain the trans- fer matrix. The transfer matrix obtained from modeling of heart palpitation forward problem computation is then used in Research plans ECG inverse problem calculation to noninva- sively reconstruct the cardiac activity. This multicenter, large-scale, long-term The ECG inverse problem involves prospective study will be carried out to determination of the electrophysiological develop machine-readable TCM syn- information of the heart source from the dromes of heart palpitation. Although measured body surface potentials, which palpitation is usually benign, it is are recorded via an array of electrodes potentially life-threatening. A full descrip- placed on the patient’s body surface to mea- tion of the experiment in the form of a sure the difference in electrical potential technology roadmap is shown in during impulse propagation. The mathe- Figure 1. matical equation is represented as follows:15 A total of 50,000 patients with newly diagnosed heart palpitation will be enrolled AXðtÞ¼VðtÞ (4) to ensure that statistically significant results 1584 Journal of International Medical Research 47(4)
Figure 1. Technology roadmap showing the research steps of TCM syndrome computer modeling based on 3D noninvasive cardiac electrophysiological imaging. TCM, traditional Chinese medicine; ECG, electrocardiography. are obtained. The inclusion criteria are the TCM diagnostic techniques. The five as follows: groups represent five different syndromes: Yang excess, Yin excess, Yang deficiency, 1. Male or female patients aged >18 years Yin deficiency, and lack of both Yin and 2. Patients with a definitive clinical diagno- Yang. The baseline data of the participants sis of heart palpitations will be summarized using the form shown in Table 1. The exclusion criteria are as follows: Body surface electrical data of all patients will be acquired using a body sur- 1. Age of <18 or >75 years face potential mapping system, and mag- 2. Patients with a history of major neuro- netic resonance imaging scans will be psychiatric disorder performed to obtain a human torso 3. Pregnancy or within 6 months of delivery volume conductor model of the patients. 4. Unable or unwilling to comply with the The body surface potentials and heart– study protocol torso geometric information will then be combined using imaging software to calcu- After all patients undergo inspection, late the ECG forward problem and inverse auscultation and olfaction, inquiry, and problem, allowing for reconstruction of pulse-taking, they will be divided into 5 the dynamic cardiac electrophysiology groups (10,000 patients in each group) throughout the entire 3D volume of the according the differentiation results from heart for all patients. Cen et al. 1585
Table 1. Baseline data of the participants.
Patient number Name Sex Age Height Weight
Inspection Vitality: Complexion: Tongue coating: Body (head, neck, five sense organs...): Auscultation and olfaction Auscultation: Olfaction: Inquiry Chills and fever: Perspiration: Diet and appetite: Defecation and urination: Pain: Sleep: Life history, family history, occupation...: Pulse condition Left hand Cun: Guan: Chi: Right hand Cun: Guan: Chi: TCM syndrome differentiation Electrocardiography Echocardiography assessment
Four consecutive heartbeats will be every time instant. The simulation results reconstructed and analyzed for each of noninvasive imaging will be compared patient. The whole-heart model will be with those from invasive endocardial map- divided into 36 regions (apical, mid, and ping systems such as the EnSite System and basal segments of the anterior, lateral, and the CARTO System as part of the valida- inferior regions of both atria and ven- tion process. tricles). The activation time, recovery time, Vectorcardiography is generally consid- and QRST integral will be analyzed within ered superior to standard ECG with respect each region, and comparisons between to its diagnostic and prognostic value. Of groups will be performed to identify the the three major limited lead systems,34–36 main differences and similarities. the vectorcardiogram derived via Kors’ regression-related transformation is gener- Validation ally accepted as the best approximation. To assess the diagnostic and predictive abil- The reconstructed whole-heart model com- ities of our proposed method, the Kors- puted by 3D noninvasive imaging of cardi- derived vectorcardiogram will also be used ac electrophysiology provides information for multiple comparisons. regarding electrical depolarization and repolarization of myofibers at different Sample size and patient recruitment sites and in different time periods; it includes the magnitude and direction of Determination of the sample size required the current at any given location and to achieve a significant result is a key 1586 Journal of International Medical Research 47(4) consideration in this study. Because we lack effects on lipid profiles, antioxidant status, sufficient prior information regarding syn- and flow- and nitroglycerine-mediated dila- drome differentiation and treatment effects, tation of the brachial artery in patients with a large number of participants needs to be mild hyperlipidemia. Heart failure with a enrolled to provide statistically reliable preserved ejection fraction can be attributed results. Additionally, if all of the developed to palpitation, thoracic obstruction, edema, algorithms for comparison of the heart or other conditions according to its clinical models will be verified in Step 5 using new manifestations. Ventricular remodeling is patients’ data as shown in Figure 1, the the inherent factor involved in the latent number of patients required in this study syndrome of heart failure, which is closely will be relatively large. For these reasons, associated with blood stasis, and Yin asthe- our target sample size is 50,000. nia can cause blood stasis, leading to the Patients will be recruited from Chinese inability of heart Qi to promote the tertiary hospitals and one German hospital. normal operation of blood in the vessel Recruitment of enough patients without because of inadequate amounts of heart delays lasting several years is critical in Qi and heart Yin. The main treatment of this study. The contingency activities heart failure with a preserved ejection frac- (including initiating backup hospitals and tion is replenishing Qi and nourish- 42 launching advertisements) are well planned ing Yin. to ensure that a sufficient number of Diagnosis and treatment in TCM are patients will eventually be included. mainly based on syndrome differentiation. Multidisciplinary computational modeling Clinical relevance approaches43–48 have become valuable tools for diagnosis, therapy, and prevention 37 Chen et al. showed that Western medicine of diseases in the clinical setting, but these combined with Chinese medicine based on tools have not been used in TCM syndrome syndrome differentiation provided more differentiation to date. Because correct syn- effective treatment than Western medicine drome differentiation is fundamental for alone. It not only reduced systolic blood effective treatment of diseases, this project pressure but also improved diastolic blood is being performed to develop an pressure, which might lower the incidence application-oriented, machine-readable of cardiovascular and cerebrovascular TCM Yin–Yang syndrome computer 38 events. Han et al. reported that Chinese modeling system for cardiovascular disease medicinals with properties of warming with the aid of a noninvasive cardiac elec- Yang and benefiting Qi had a significant trophysiology imaging technique. The effect on improving the left ventricular ejec- TCM syndrome computer modeling tion fraction in rats with heart failure. system for heart palpitation will be estab- Samuels et al.39 evaluated the effect of the lished in combination with a computational botanical compound Lcs101 on breast electrodynamics technique, signal process- cancer. A study by Javid et al.40 suggests ing, and statistical analysis to allow for that supplementation with the herbal med- visualization of the most basic TCM syn- icine Melissa officinalis may improve the dromes: Yang excess, Yin excess, Yang defi- ejection fraction, maximum workload, car- ciency, and Yin deficiency. The following diovascular serum biomarkers, and blood two important topics will be studied in pressure in patients with chronic stable this project: reconstruction of a cardiac angina. Ozdemir€ et al.41 found that electrophysiology space–time model of Origanum onites distillate had beneficial healthy people and of patients with Cen et al. 1587 cardiovascular disease; and development transported throughout the whole body, of dynamic classification algorithms to providing nutrients to and removing waste compare the heart models in different time products from the tissues. The sufficiency or periods. All of the proposed approaches insufficiency of Qi and blood can affect the will be verified by large-scale patient- heart’s electrical activity. Thus, the herein- based research. described noninvasive cardiac electrophysi- ology imaging method is suitable for trans- Discussion lating TCM syndromes into a computable format of the underlying mathematical In the herein-described study, we will gen- physics model to offer evidence-based eralize five cardiac electrophysiological standards for ensuring correct evaluation computer models corresponding to the five of TCM diagnoses and rigorous, scientific TCM syndromes of palpitation, thereby data for demonstrating its efficacy. providing a machine-readable and objective basis for identifying the TCM syndromes of Although malfunction of other organs can heart disease. also cause Yin–Yang imbalance, this imbal- Although the organs have different phys- ance would be reflected in the cardiac elec- iological functions, they are all connected trical activity. Thus, a specific by meridians involved in the circulation of electrophysiological condition of the heart blood and Qi,49,50 which is one of the fun- could lead to a specific Yin–Yang diagnosis, damental substances that maintains life which would in turn suggest a specific car- activities. This is the holistic concept in diac condition. TCM. In TCM, the heart is a “monarch Two important themes in clinical TCM organ” in the unity of the human body. are “treating the same disease with different The heart, consisting of heart Yin and therapies” and “treating different diseases heart Yang, is thought to dominate blood. with the same therapy.” Thus, the present Under the impulse of heart Qi, blood is technique may have general implications in
Figure 2. Reconstructed whole-heart model computed by three-dimensional noninvasive imaging of car- diac electrophysiology. 1588 Journal of International Medical Research 47(4)
Figure 3. Reconstructed whole-heart model. describing and diagnosing diseases—not of Yin and Yang, which are basic concepts only palpitation but also other cardiovascu- in TCM. Noninvasive 3D cardiac electro- lar diseases such as thoracic obstruction, physiology imaging was used to integrate angina pectoris, and asthma. Furthermore, TCM and Western medicine toward the cardiac electrical activity at different levels development of computer modeling of can be modified by medications; therefore, TCM syndromes in the field of cardiovas- the method can be applied not only to cular disease. Temperature changes have examine the correctness of syndrome differ- drastic effects on the cardiovascular entiation for disease treatment but also to system. Because Yin excess causes cold syn- quantify the effect of TCM prescription. drome and Yang excess leads to heat syn- Hypothetically, because the balance in drome, the five basic syndromes are the autonomic nervous system is probably expected to partially reflect the dynamics strongly related to Yin and Yang (Yin is of temperature-induced changes in cardiac perhaps parasympathetic and Yang is per- electrical activity. The final step of applying haps sympathetic), our proposed method the electrical data to create a machine- might also be suitable for modeling and readable TCM model for palpitation will describing the function of the autonomic not be described with actual data in our nervous system. forthcoming study. Considerably greater Figures 2 and 3 depict part of the simu- specificity in this step, coupled with our pre- lation results. The imaged 3D cardiac elec- liminary experimental results, will be given trical source can provide dynamic in a future large-scale patient-based study. information of the heart’s electrical activity This study is being performed to lay the at any given location within the foundation for TCM digitalization, provide 3D myocardium. an objective means by which to evaluate the In this paper, we propose a methodolog- correctness of TCM syndrome differentia- ical framework to develop computer models tion, quantify the effect of TCM Cen et al. 1589 prescription to avoid misdiagnosis and 8. Awasthi A and Kuchroo VK. The Yin and inappropriate treatment as early as possi- Yang of follicular helper T cells. Science ble, and explore the modern scientific 2009; 325: 953–955. basis behind TCM theory of treatment by 9. Gore J and Oudenaarden AV. The Yin and differentiating syndromes. Yang of nature. Nature 2009; 457: 271–273. 10. Dunbar CE. 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Study on the Psychotherapy of Martial Arts’ Yin- Yang Balance Mode for Negative Emotional Energy Conversion of Neurogenic Depression
Zhong Bilai
(Mental Health Education Counseling Center of Heyuan Polytechnic, Heyuan, Guangdong, 517000)
Abstract Objective:The Psychotherapy of Martial Arts’ Yin- Yang Balance mode to convert the negative Emotional Energy of neurodepressive patients was studied. Methodes: By using the self-rating depression scale (SDS) and self-rating anxiety scale (SAS) for pre-test and post-test. Results: The results showed that there were significant differences in depression and anxiety in patients with neurodepression before and after the test, and the emotions of depression and anxiety go from being serious back to normal state. The Psychotherapy of Martial Arts’ Yin- Yang Balance mode has significant effect on the negative emotional energy conversion of neurogenic depression.
emotional energy conversion. The emotions of patients 1 Introduction with neurogenic depression are imbalanced, usually driven by negative emotion. Based on clinical case The psychotherapy through the model of Yin- Yang analysis, the psychological problems of patients with Balance in Martial Arts, an original creation by Zhong neurogenic depression can be summarized as two Bilai in October 1995, is mainly targeted at the training imbalances: First, negative emotion accounts for the and treatment of emotional and mental energy majority of time, while positive emotion occupies a small transformation of neurogenic depression. It is based on part of time, that is, the activity time of negative emotion the principle of dynamic energy transformation of Yin is more than that of positive emotion; Second, the and Yang movement in Chinese martial arts. It mainly intensity of negative emotion is strengthened, and the adopts the model of separating ego-subject from object intensity of positive emotion is weakened or suppressed. and converting emotional psychological energy into the It means that negative emotional energy drives negative core technology of psychotherapy.The negative tendencies and negative behaviors are significant, while emotional energy of neurodepressive patients is positive emotional energy drives positive tendencies and transformed, filled, diluted, and drugs are avoided, so as positive behaviors are not significant, and the driving to achieve positive and negative emotional balance, force for negative emotional energy are greater than that eventually mental health will gradually be restored. for positive emotional energy, which is called "the Yin-Yang imbalance psychology", also known as the " 2 Description of problem Yin-Yang imbalance." It has been found in clinical practice that patients Chinese martial art is a Yin-Yang balanced movement with neurogenic depression often have a consciousness technique that emphasizes attack and defense, and the of active help-seeking, which is different from mental martial art’s movement is a process of stabilizing depression. The patients with mental depression often do emotions, emphasizing the “ideas” of movements and not have the initiative to seek help, but both have suicidal dynamic processes, that is, emphasizing “focus and tendencies and behaviors, accompanied by complex concentration”. In addition, it gives emphasis on emotion features. The consciousness of the patients with conversion of Yin-Yang balance, having a stable mental depression is unclear, and the main treatment for emotional effect. So, the emotional energy can also be them is drug therapy, supplemented by psychotherapy. converted mutually by martial arts’ movements as a The consciousness of patients with neurogenic carrier. Because emotion can generate motivation, that is depression is clear, and psychotherapy is the main drive, the movement process of Chinese martial arts is a treatment, while drug therapy is difficult to work. Once power-driven movement that requires emotional energy you stop taking the medicine, the depression will relapse. production, as well as constancy of purpose and positive In clinical cases, it is a common phenomenon that and stable emotion to drive martial arts’ movements. neurological depressive symptoms often relapse, and Then, martial arts’ movements become a carrier for some patients with neurogenic depression will feel * Corresponding author: [email protected]
© The Authors, published by EDP Sciences. This is an open access article distributed under the terms of the Creative Commons Attribution License 4.0 (http://creativecommons.org/licenses/by/4.0/). SHS W eb o f Conferences60, 01001 (2019) https://doi.org/10.1051/shsconf/2019 6001001 PHECSS2018
desperate after repeated relapses and even choose suicide 3.1.2 Operation procedure to end the pain of “Yin-Yang imbalance”. In the treatment process of clinical cases, it could Before the training of negative emotional energy find that the psychology of patients with neurogenic conversion by martial arts’ Yin-Yang balance mode depression is usually reflected in the dark side, and the psychotherapy, the preliminary diagnosis is made side of the sun is difficult to reflect. For the emotional according to the basic information of the help seeker, and psychology of this Yin-Yang imbalance, in present, the the degree of depression and anxiety are evaluated, research on whether negative emotional energy could be which is consistent with the medical record of the help converted through Chinese martial arts’ movement as a seeker. For example, Tan is female, 17 years old, born carrier has not been found at home or abroad. Therefore, naturally, whose parents are real estate businessman, in the “Psychotherapy of Martial Arts’ Yin- Yang Balance good financial condition and in a harmonious family. She Mode” found by Zhong Bilai in 1995 is utilized in this grew up with parents and smoothly, has not experienced study. This therapy mainly adopts the mode of negative major negative accidents. She has a total of 3 siblings, emotional energy conversion, avoiding the use of drugs, ranked first, with one brother and one sister, studying in and converts internal driving force into exercise high school as freshman. Her disease course is three dynamics and psychological balance mode. It can years, and 6-times attempted suicide occurred (suicidal enhance will and physique, improves the immune behaviors were found and blocked by her parents). The function of patients, and achieves the purpose of hospital medical record shows she has neurologic eliminating depression. After more than 20 years, this depression and the condition was moderate. The help mode takes the clinical practical results as the main seeker's self-report is consistent with the parent's research target and those with neurological depression statement. Before the training of negative emotional and consciousness of active help-seeking as the main energy conversion by the psychotherapy of martial arts’ object to explore. Yin-Yang balance mode, SDS and the SAS are used to test. The raw score of anxiety in pre-test is 38, while the standard score of anxiety is 47.5, and raw score of 3 Research methods depression is 51, while the standard score of depression is 63.75, which is consistent with the medical record. 3.1 Subjects 3.2 Martial arts’ Yin-Yang balance mode The subjects studied (those with neurogenic depression) psychotherapy process were initiatively to seek help, possessing the medical records of the top three hospitals. The diagnosis in the medical records showed that the degrees of depression 3.2.1 Negative emotional energy conversion were mild, moderate, and severe. They had suicidal selection tendencies and behaviors, with the longest disease course Chinese martial arts movements must be improved by of 25 years and the shortest of 3 years. The oldest is 42 researchers before serving as carriers to convert negative years old, the youngest is 14 years old. The information emotional energy for the purpose of operation and of the name, specifications and quantity, usage and verification. If neuropathic depression (subject) first uses dosage, duration of neurologic depression, length of martial arts Yin-Yang balance mode psychotherapy, it is hospital stay, etc. of the prescription drug are necessary to test the negative emotional energy accompanied. conversion effect for 10-20 minutes. The effect A recent study of 62 subjects was randomly selected experience is subject to the self-report of the subject. If for statistical analysis. the subject feels the self-experience ineffective, the mode is abandoned. If the self-experience is considered 3.1.1 Basic information of the help seeker effective, the conversion will be continued. Usually, the subject will report it orally. In each course of treatment, The basic information of the help seeker shows: birth only 4-6 steps of martial arts carrier movement are used, time or age, born naturally or not, gender, family and it cannot exceed 7 steps at most. The first to third background, growth experience, education level, marital steps of the first treatment are the test steps first used by status, physical problems (including physical symptoms), the subject, and the fourth step and later are the formal psychological problems, social problems (including negative emotion conversion steps. When the test on the interpersonal relationships), medical history and current subject treated first time is effective, it is no longer condition. The key information is the measured data of necessary to test it and should treat it directly. The depression degree, using the self-rating depression scale following are the seven initial steps that are commonly (SDS) and the self-rating anxiety scale (SAS), which used to the selection of negative emotional energy both are self-rating scales containing 20 items and conversion segments. four-level score, respectively. The SDS is used to The first step: wrap both hands circling forward and measure the severity of depression and its variation in backward 10 times, respectively. therapy, while the SAS is applied to assess the subjective Requirements: Straighten both hands, exert strength feelings of patients in anxiety. slightly. Circling must be coherent, natural, and smooth. Guide patients to focus all attention on the experience of
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exercise, and silently count the number of circling. Every time you finish, you must stand naturally, stand The second step: bend forward to convert energy. with two legs in shoulder width, make your head straight, (1) Function your neck straight, and your shoulders flat, look ahead Its function is to make the energy conversion of the and take three deep breaths. upper Yang and lower Yin to balance. (4) Movement main points (2) Steps Straighten your knees, and when your upper body is Stand with your feet together, hands and fingers bent forward, chest out, arch the back and contract your crossed, and lift straight arms with palm up; Bend your hip. upper body forward, chest out, arch the back, and make (5) Notes hands touched the ground as much as possible. Then Each step of the movement should be repeated three loosen both hands, wrap both hands to round the legs, times. Each movement must be slowed down, and the and hold the two heels, trying your best to make your head should be close to the calf as much as possible. You upper body and face close to your legs. This movement should not move fast so as to maintain natural breathing should be done 3 to 5 times in a row. (see Figure 2-1 to Figure 2-3). (3) Mental and physical relaxation
Figure 2-1 Figure 2-2 Figure 2-3 The third step: half-squat leg pressing left and right to After half-squat leg pressing left and right, you must convert energy. stand naturally, stand with two legs in shoulder width, (1) Function make your head straight, your neck straight, and your Its function is to make the energy conversion of the shoulders flat, look ahead and take 3~5 deep breaths left Yin and right Yang to balance. naturally. Movement on the right side is the same as the (2) Steps left side ( as seen in Figure 2-4 ~ Figure 2-6). The right leg bends to the knees and the whole foot (4) Movement main points touches the ground; Stretch your left leg to the left, Straighten waist and look up. One leg is all squat, buckle the toes inwards; both hands respectively grasp while the other leg is straight, and the two feet press the two insteps and half squat to the left; Straighten your against the ground. If the head can move closer to the waist, turn to the left and press forward, and squat to the stretched foot, the effect is better. left and right alternately. (5) Notes General requirements: Turn to the left first and then Each step of the movement should be repeated three right, 3 to 5 times for left and right in a low, respectively. times, and each movement must be slowed down. You (3) Mental and physical relaxation should not move fast so as to maintain natural breathing.
Figure 2-4 Figure 2-5 Figure 2-6 (6) Kicking legs in flexion and extension to convert leg with the knee bent, make the thigh flat with the waist, Legs kicking: Legs stand side by side, with arms and straighten the right foot (Fig. 2-01). When the knee is akimbo, or clench two hands into fists hanging on the close to the horizontal level, the knee is quickly and waist (fist heart up). During the movement, lift the right violently kicked forward, and the force is reached to the
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toe. Make the thigh and the calf in line, higher than the Chest out, straighten waist, stretch your feet straight, waist, and the left leg stretches or slightly bends. Both and contract your hip. Kicking needs a strong force (i.e. eyes should look at the front horizontally (Figure-02). explosive force). Movement main points:
Figure 2-01 Figure 2-02 The above steps are utilized in the martial arts’ (3) Movement main points Yin-Yang balance mode psychotherapy used in the first Straighten two legs, stand with two legs in shoulder time to test the emotional energy conversion effect width, and relax your waist. When you swing backward, experience. The help seekers’ orally report raise your head and chest out, and waist swing should be self-experiences, which shows it effective. The following compact and flexible. The whole body is in the shape of a emotional energy conversion is continued. bow, and the time must be about 8 to 10 seconds. Open The fourth step: Swing waist to convert energy your mouth as much as possible and exhale three times in (Unity of heaven and nan) a row, making the airflow in Dantian (in the abdomen) to (1) Function be smooth. Its function is to coordinate and balance the energy of (4) Notes the back Yin and the abdominal Yin and the energy of the Each step of the movement should be repeated three upper Yang and lower Yin, that is, to make the energy of times. Relax your whole body, and the body and limbs Ren-Duo pulses coordinated and balanced. should not be stiff. Try to relax and breathe naturally (as (2) Stand with your feet apart, straighten your arm seen in Figure 2-7, Figure 2-8). forward, and lift up, with palms facing each other. With (5) Brush waist the waist as the axis, the feet stand steady, raise your Stand with two feet apart, slightly wider than head up (tilt your head back as far as you can). The shoulder. Bend your upper body forward, With the hip whole body is in the shape of a bow (duration of 8 ~10 joint as the axis and stretch two arms to the left front and seconds). Open the mouth as much as possible, exhale lower. Then swing two arms, and overturn and circle three times in a row, then stretch the upper body forward with the upper body forward, right, backward, and left. and backward and swing your waist, accompanied with Brush waist left and right alternately. both arms swung. Do it three times in a row.
Figure 2-7 Figure 2-8 (6) Main points Each step of the movement should be repeated three Straighten two legs and take your waist as the axis to times. Relax your whole body, and the body and limbs overturn and circle flexibly and smoothly (as seen in should not be stiff. Try to relax as much as possible. Figure 2-9 and Figure 2-10). Stand on two feet steadily and keep breathing naturally. (7) Notes
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Figure 2-9 Figure 2-10 The fifth step: push the palms forward before palms down to the body obliquely downward, and eyes opening your feet, turn your palms and hold fists to to the front (as seen in Figure 10-51). convert energy (2) Lift both arms up and flex elbows beside two ears, (1) Take a step to the left with your left foot, in a eyeing on the front (as seen in Figure 2-11 and Figure shoulder width, and at the same time, change two fists to 2-12).
Figure 2-11 Figure 2-12 (3) Push palms forward slowly from both ears, look at both hands (see Figure 2-14). with the back of the hand up and the little finger side (5) Keep moving upward and take back two hands in front, and look at your hands (see Figure 2-13). immediately to the waist. Hold fists, close your left (4) Push your hands forward to the shoulder height, foot simultaneously, and look at the left front (see supinate two wrists and overturn the palms down, and Figure 2-15).
Figure 2-13 Figure 2-14 Figure 2-15 (6) Movement main points convert energy When pushing the palms forward, make your head (1) Lift the left leg with the knee bent to the front of straight, your neck straight, chest out, arch the back, and the body, clench the left hand and twist it above the head; constrict your hips, with eyes on your palms. The shock the right foot to the inner side of the left foot, bend movements of overturning palms and constriction should your knees and half squat; Simultaneously punch the be fast and powerful, keeping eyes on the left. right fist down to the left palm with the fist back in front The sixth step: shock the foot and strike downward of the body (center of gravity on the left leg), and look at with fist, punch the fist forward in horse stance to the right fist (As seen in Figure 2-16 and Figure 2-17).
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Figure 2-16 Figure 2-17 (2) Stretch the right leg, punch the left fist forward (4) Lift the right leg with the knee bent to the front of (center of gravity on the left leg), and look at left fist (see the body, clench the left hand and twist it above the head, Figure 2-18). shock the left foot to the inner side of the right foot, bend (3) The left foot fall into a horse stance, punch the your knees and half squat; Simultaneously punch the left left fist, punch the right fist (center of gravity between fist down to the right palm with the fist back in front of the two legs), and look at the left and right fists (see the body, and look at the left fist (see Figure 2-21 and Figure 2-19 and Figure 2-20). Figure 2-22).
Figure 2-18 Figure 2-19 Figure 2-20 (5) Stretch the right leg (center of gravity on the left punch the right fist, punch the left fist (center of gravity leg), punch the left fist forward, and look at left fist (see between the two legs), and look at the right and left fists Figure 2-23). (see Figure 2-24 and Figure 2-25). (6) The right foot falls down into a horse stance,
Figure 2-21 Figure 2-22 Figure 2-23
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Figure 2-24 Figure 2-25
(7) Movement main points: repeated three times. The height of the fist is the same as Lift both knees and twist both arms upwards. that of the shoulder, and the line of sight is in the same Shocking feet should be coordinated with striking direction as the fist. downward with fist. When striking downward with fist, (9) Metal and physical relaxation: After the energy do not bow your head and arch your back. You should conversion of shocking foot, striking the fist and stretch the leg to the level of your knees, and the support punching the fist in horse stance, stand naturally, with leg should be slightly bent. When punching the fist, twist two legs in shoulder width. Your head should be straight, your waist, flatten shoulders, and straighten the upper your neck should be straight and your shoulders need to body. Punching the fist in horse stance requires steady be flat, with eyes on the front, hands drooping naturally feet, straight shoulders, speediness and the power. and deeply breathing 3 ~5 times naturally (as seen in (8) Notes: Each step of the movement should be Figure 2-26 and Figure 2-27).
Figure 2-26 Figure 2-27
The seventh step: subject and object separation Psychological consultant's guidance. After the training of technology the picture content which takes the separation technology The subject and object separation technology as a carrier, the training of subject-object separation (hereinafter referred to as the subject-object separation technology is carried out with the realistic physical scene technology) mainly uses the picture content as the carrier as the carrier. The so-called realistic physical scene is to of the subject-object separation technology. The picture use the physical scene in the visible scope of the help has a size of 30cm wide and 42.5cm long, with positive seeker as the carrier. The training method is the same as and neutral picture content, shown as Figure 2-28 and the picture, and one course of treatment can only use 3-4 Figure 2-29. The help seeker maintains a distance of pictures. 75cm-85cm from the picture, and the distance can be The following is one of the selections of the adjusted according to the vision of the help seeker. The subject-object separation technology. help seeker observes and responds according to the
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Figure 2-28 Figure 2-29
(1) The first picture of the subject-object separation Help seeker: They are all washing clothes. technology Psychological consultant: What is the depth of the Psychological consultant: Observe the photographic river? picture (see Figure 2-30), Help seeker: Not very deep, someone standing in the Psychological consultant: At first glance, what did river. you see in the picture? Psychological consultant: How wide is the river? Help seeker: Someone is riding a bicycle. Help seeker: The river is relatively wide. More than a Psychological consultant: What do you think of when dozen people in a row wash clothes, so the river is 20 you see a bicycle? meters wide at least. Help seeker: I think the cyclist (who is riding a bike) Psychological consultant: There should be a width of is very good at it. more than 20 meters. Is the scene of the picture rural or Psychological consultant: Why do you think his urban? technique is very good? Help seeker: It should be rural. Help seeker: The cyclist can freely enter and exit on Psychological consultant: How did you judge? such a narrow and curved road, so his technique is good. Help seeker: Now the small rivers in urban areas are Psychological consultant: Yes, his technique is very not so clean, and the water is polluted, not suitable for good. How wide is the road surface? washing clothes. Only the mountainous rural areas have Help seeker: It should be about 60 cm. such rivers, and people in the urban areas use washing Psychological consultant: It should be this width. machines, so it is a rural river. What kind of crops are on both sides of the path? Psychological consultant: In what other ways can you Help seeker: The species is corn. explain the river is in the countryside? Psychological consultant: What is the weather in the Help seeker: The buildings next to the small river are painting? not neat, lack of systematicness and planning, and look Help seeker: The sky is clear. messy. Psychological consultant: What is the temperature in Psychological consultant: It should be a small river in the picture? the countryside, and rural buildings have a messy beauty. Help seeker: The weather should be hot. He is in This theory can be found in aesthetics. According to the shorts and short-sleeved tops, with a straw hat on his theory of aesthetics, messy is a kind of beauty, which is head. called messy beauty. Psychological consultant: You observe it very Help seeker: There are a few messy willow trees in carefully! the picture, uneven and picturesque farmhouses look Help seeker: It is the way you taught me (laughs)! beautiful. Psychological consultant: You close your eyes now Psychological consultant: Yes, this picture is also and describe the picture. beautiful. Help seeker: The sky is clear, the corn is blooming, (4) Summarize the second picture content and the air is very good. There is a man in the curved and Psychological consultant: You close your eyes now narrow cornfield, free to ride a bicycle, with a good and describe the contents of the whole picture. technique. Help seeker: Describe the contents (omitted) (2) Summarize the contents in the first picture (5) The third picture of the subject-object separation Psychological consultant: You close your eyes now technology and describe the contents in the whole picture. Psychological consultant: Let us take a look at the Help seeker: Describe the contents (omitted) third picture (see Figure 2-32). (3) The second picture of the subject-object Psychological consultant: What do you see at first separation technology sight in the picture? Psychological consultant: Look at another picture Help seeker: The first thing I saw was three ducks. (see Figure 2-31). Psychological consultant: What did you see at the Psychological consultant: What did you see at first second sight in the picture? sight? Help seeker: There is a man who grazes by the river. Help seeker: Many people are in the river. Psychological consultant: What is the depth of the Psychological consultant: What are you doing? river?
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Help seeker: Probably less than 1 meter. It should be Help seeker: It should be summer! at a depth of about 70 cm. Psychological consultant: Correct, the spring grass Psychological consultant: How did you judge the just grows out, not so lush. You close your eyes now and depth of the river? describe the picture. Help seeker: It can be seen the cows is in the water, Help seeker: OK! In the picture, there are three ducks and the water rises to the part of the cow's leg. on the grass by the river. One duck is swimming in the Psychological consultant: Is there any rapid flow in river. There is also a man who grazes by the river. The the stream? cow grazes in the creek and prepares to go ashore. The Help seeker: The river is very calm. man is a hat on his head, and the river is very calm, Psychological consultant: Look again. Can you see which reflects a beautiful village reflecting in summer three ducks in the picture? (laughs). Help seeker: There are four ducks, and one is in the Psychological consultant: You described it very well. river. At first glance I did not see it clearly (laughs). It is a beautiful village in summer. Your memory is Teacher you observed it carefully. recovering quickly. Psychological consultant: It is also the second time to Help seeker: Thank you for your praise! see it clearly. What season is reflected in the picture? (6) Psychological consultant: You close your eyes Help seeker: Is it in spring? now and describe the contents of the whole picture. Psychological consultant: Is the grass in spring so Help seeker: Describe the contents (omitted) high and so lush?
Figure 2-30 Figure 2-31 Figure 2-32 The eighth step: homework assignment be measured. Task 1: After working every day, implement self-training of subject and object separation technology 3.3 Data Processing with the scene as a carrier in the visible scope. It should be curiously appreciated and analyzed. In this process, (1) Before and after the 30-days training of negative the subjective feelings and emotion must be separated emotion conversion by martial arts’ Yin-Yang balance from the objective scene, focusing on the subject and the mode psychotherapy, depression and anxiety are object itself. The training review of carrier movement measured by the depression self-rating scale (SDS) and conversion by the Yin-Yang balance mode psychotherapy anxiety self-rating scale (SAS). In the files of recent should be finished for 1-2 times 30 minutes before going cases, 62 help seekers with neurogenic depression were to bed every day. randomly to perform pre-test and post-test. As for the Task 2: Choose the appropriate time from afternoon information such as telephone, address, and medical to 20 o’clock every day. The patient will do the outdoor records were kept confidential and inconvenient to jogging exercise and increase the distance according to disclose. his physical condition every day, with an increase of at (2) SPSS 17.0 was used to conduct statistical least 50-100 meters. Jogging speed is also based on your processing own situation. 4 Research results and analysis 3.2.2 Negative emotion conversion interval duration by Martial arts’ Yin-Yang balance mode psychotherapy 4.1 Pre-test and post-test data For the help seekers in the mild and moderate condition, In Table 1, it was shown that after 30 days of emotional the negative emotion conversion interval by martial arts’ energy conversion by the martial arts’ Yin-Yang balance Yin-Yang balance mode psychotherapy is 6 days. Each mode, the anxiety and depression of 62 help seekers with carrier movement, carrier picture, and live-action carrier neurogenic depression were significantly reduced. For content are changed according to needs. The second example, Tan’s pre-test raw score of anxiety is roughly interval for severe help seekers is 3 days (called 38, while the standard score of anxiety is 47.5, and the encrypted conversion). If the third effect is significant, raw score of depression is 51, while the standard score of the fourth conversion interval is 6 days. Usually after the depression is 63.75. After negative emotional energy third or fourth time (30 days), depression and anxiety can conversion by the psychotherapy of martial arts’
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Yin-Yang balance mode, the raw score of anxiety is 32.4, Yin-Yang balance mode, the raw score of anxiety is 31, while the standard score of anxiety is 40.5, and the raw while the standard score of anxiety is 40.25, and the raw score of depression is 32.2, while the standard score of score of depression is 39, while the standard score of depression is 40.25. Bao’s pre-test raw score of anxiety is depression is 42. The table can explain that the effect of 40, while the standard score of anxiety is 65.25, and the martial arts’ Yin-Yang balance mode psychotherapy on raw score of depression is 51, while the standard score of the help seekers with neurogenic depression in negative depression is 70. After negative emotional energy emotional energy conversion is significant, as shown in conversion by the psychotherapy of martial arts’ Table 1.
Table 1 Pre-test and post-test raw score Item Pre-test Post-test Serial Name Sex Age RSA SSA RSD SSD RSA SSA RSD SSD Number 1 Wu male 42 40 50 48 60 34 42.5 37 46.25 2 Deng female 25 41 51.25 54.6 68.25 32.2 40.25 34 42.5 3 Liao female 16 41 51.25 58 72.5 32 40 45 56.25 4 Wang male 34 40 50 51 63.75 33 41.25 36 45 5 He male 17 48 60 50 62.5 34 42.5 34 42.5 6 Zeng male 15 51 63.75 49 61.25 29.8 37.25 30 37.5 7 Pan female 32 44 55 45 56.25 30 37.5 29.8 37.25 8 Huang female 24 47 58.75 50 62.5 32.2 40.25 32 40 9 Huang female 42 44 55 52 65 32 40 32.2 40.25 10 Tan female 17 38 47.5 51 63.75 32.4 40.5 32.2 40.25 11 Liu male 24 39 48.75 64 80 30 37.5 33 41.25 12 chen female 26 40 50 58 72.5 32.4 40.5 33.8 42.25 13 Liang female 17 59 73.75 61 76.25 34 42.5 33 41.25 14 Duan female 33 34 42.5 51 63.75 29.6 37 34 42.5 15 Chen female 19 40 50 56 70 36 45 53 66.25 16 Zhang male 28 55 68.75 55 68.75 37 46.25 36 45 17 Chen female 20 65 81.25 70 87.5 34 42.5 33.6 42 18 Huang female 19 51 63.75 50 62.5 33.8 42.25 34 42.5 19 Guo male 18 44 55 60 75 30 37.5 36 45 20 Lai female 21 40 50 50 62.5 32 40 33.6 42 21 Zhao female 22 45 56.25 48 60 29.8 37.25 34 42.5 22 Wang female 21 51 63.75 53 66.25 33.8 42.25 32.2 40.25 23 Li female 21 40 50 43 53.75 30 37.5 32.4 40.5 24 Zou female 19 45 56.25 50 62.5 32 40 3.4 4.25 25 Chen female 23 45 56.25 56 70 34 42.5 36 45 26 Chen female 17 47 58.75 50 62.5 32 40 3.4 4.25 27 Zhu male 20 43 53.75 49 61.25 32 40 32.2 40.25 28 Liu female 18 50 62.5 55 68.75 30 37.5 34 42.5 29 Ye female 18 38 47.5 57.2 71.5 30 37.5 36.2 45.25 30 Huang female 31 53 66.25 48 60 35 43.75 42 52.5 31 Diao female 20 55 68.75 56 70 32 40 33.8 42.25 32 Xu male 21 66 82.5 65 81.25 34 42.5 36.2 45.25 33 Huang female 20 44 55 55 68.75 32.2 40.25 33.8 42.25 34 Lai female 21 46 57.5 46 57.5 30 37.5 32.2 40.25 35 Lai female 16 39 48.75 55 68.75 29.6 37 36 45 36 Wu female 20 66 82.5 63 78.75 32.2 40.25 33.8 42.25 37 Zhang female 22 52 65 51 63.75 32.2 40.25 34 42.5 38 Gan female 20 41 51.25 47 58.75 29.8 37.25 32.2 40.25 39 Huang male 19 53 66.25 55 68.75 33.8 42.25 36.2 45.25 40 Yang female 20 62 77.5 66 82.5 32.2 40.25 33.8 42.25 41 Lai female 21 54 67.5 57.8 72.25 34 42.5 36.2 45.25 42 Xu female 23 65 81.25 66 82.5 32.2 40.25 33.8 42.25 43 Liu female 30 32 40 44 55 30.6 38.25 37 46.25 44 Zeng female 17 59 73.75 57 71.25 49 61.25 44 55 45 Lai female 28 39 48.75 52 65 32 40 33.8 42.25 46 Yang female 40 32 40 45 56.25 29.8 37.25 32.2 40.25 47 Ma female 36 39 48.75 52 65 34 42.5 43 53.75 48 He male 14 38 47.5 56 70 34 42.5 51 63.75 49 Huang female 22 49 61.25 52 65 34 42.5 36.2 45.25 50 Huang male 34 43 53.75 50 62.5 37 46.25 35 43.75 51 Zeng female 19 42 52.5 53 66.25 35 43.75 44 55 52 Zhang male 17 44 55 46 57.5 32 40 33.8 42.25 53 Yan male 39 53 66.25 49 61.25 29.6 37 29.8 37.25
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54 Liu female 28 44 55 54 67.5 33.8 42.25 32.2 40.25 55 Lai female 28 42 52.5 49 61.25 32.2 40.25 33.8 42.25 56 Feng male 21 39 48.75 52 65 33.8 42.25 36 45 57 Xu male 23 42 52.5 50 62.5 32 40 33.8 42.25 58 Wu female 21 45 56.25 45 56.25 32.2 40.25 32.2 40.25 59 Bao female 24 37 46.25 49 61.25 32 40 32.2 40.25 60 Chen male 27 37 46.25 41 51.25 37 46.25 32 40 61 Zhong male 16 39 48.75 50 62.5 30 37.5 38 47.5 62 Bao female 22 40 65.25 51 70 31 40.25 39 42.25 Note: RSA= Raw score of anxiety SSA= Standard score of anxiety RSD= Raw score of Depression SSD= Standard score of depression
32.648, while the standard score mean of pre-test anxiety 4.2 Comparison of pre-test and post-test mean is 57.4234, and the standard score mean of post-test values of depression and anxiety anxiety is 40.834. The raw score mean of the pre-test depression is 52.7839, and the mean value of the In Table 2, comparing with the pre-test mean of post-test depression is 34.338, while the standard score depression and anxiety in 62 patients with neurogenic mean of pre-test depression is 66.0806, and the standard depression, the post-test mean value had a significant score mean of post-test depression is 42.8185. reduction. The raw score mean of the pre-test anxiety is 45.741, and the mean value of the post-test anxiety is
Table 2 Comparison of pre-test and post-test mean values of depression and anxiety Standard N Mean values deviation Standard. Error of Mean Pre-test raw score of 62 45.7419 8.32916 1.05780 anxiety Post-test raw score of 62 32.6484 2.86704 .36411 anxiety Pre-test standard score 62 57.4234 10.41924 1.32325 of anxiety Post-test standard score 62 40.8347 3.57471 .45399 of anxiety Pre-test raw score of 62 52.7839 5.97857 .75928 depression Post-test raw score of 62 34.3387 7.22787 .91794 depression Pre-test standard score 62 66.0806 7.48479 .95057 of depression Post-test standard score 62 42.8185 9.00378 1.14348 of depression
standard score of pre-test anxiety and that of the post-test 4.3 Differences between pre-test and post-test of anxiety is significant. The raw score of pre-test depression and anxiety depression is significantly different from that of post-test depression. The difference between the standard score of In Table 3, there are significant differences between pre-test depression and that of the post-test depression is pre-test and post-test of depression and anxiety. The raw significant. score of pre-test anxiety is significantly different from that of post-test anxiety. The difference between the
Table 3 Differences between pre-test and post-test of depression and anxiety
Mean value t df Sig.(Double test) difference Lower limit Upper limit Pre-test raw score of 43.242 61 .000 45.74194 43.6267 47.8571 anxiety
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Post-test raw score 89.665 61 .000 32.64839 31.9203 33.3765 of anxiety
Pre-test standard 43.396 61 .000 57.42339 54.7774 60.0694 score of anxiety
Post-test standard 89.946 61 .000 40.83468 39.9269 41.7425 score of anxiety
Pre-test raw score of 69.518 61 .000 52.78387 51.2656 54.3021 depression
Post-test raw score 37.408 61 .000 34.33871 32.5032 36.1742 of depression
Pre-test standard 69.517 61 .000 66.08065 64.1799 67.9814 score of depression
Post-test standard 37.446 61 .000 42.81855 40.5320 45.1051 score of depression
balance mode, avoiding the side effects of drugs. It 4.4 Behavioral tendency changes in depression corrects the negative attention and negative memory from self-excessive attention of patients with neurogenic After 30 days of negative emotional energy conversion depression, and gradually covert to the positive attention training by the psychotherapy of martial arts’ Yin-Yang and positive memory from object’ focus. The driving balance mode, according to the self-reports of 62 patients force of negative emotional energy is converted into the with neurogenic depression, their depression symptoms driving force of positive emotional energy. disappear, their emotion is stable, and their sleep quality At the same time, the improved movements, pictures is good. Insomnia, suicidal tendency and behavior has and physical scenery analysis of Chinese martial arts as got rid of them. They actively interact with others and carriers of negative emotional energy conversion has returned to a normal emotional state. facilitate patients' mastery and memory, and it is also a In accordance to the reports from their families, they key factor guiding patients to eliminate self-negative are emotionally stable and have increased excessive attention. The process of using these carriers communication with family and friends. Their appetites lay emphases on the “ideas” of “focus and concentration”. increase, and no suicidal behavior is found. The patients’ The improved movements, pictures and physical scenery friends report their observation to their families that, they of these martial arts as carriers can play an important role have stable emotion, active communication with others, in the negative emotional energy conversion, filling the and return to a normal emotional state. patient's positive memory and diluting the patient's negative memory, and make critical effects on the 5 Discussions subsequent extraction for positive memory content, as well as the initiation of positive emotion. This indicates According to the measurement data analysis of SDS and that the martial arts’ Yin-Yang balance mode SAS, as well as the reports from patients with neurogenic psychotherapy has significant effects on the risk depression themselves, their families and friends, reduction of suicidal tendencies and behaviors of patients through negative emotional energy conversion training with neurogenic depression and the driving force to by the psychotherapy of martial arts’ Yin-Yang balance initiate positive emotion. Positive and negative emotion mode, their depression and anxiety have a significant reaches equilibrium, and their psychological reduction. The difference between the pre-test and rehabilitation is remarkable. post-test results of depression and anxiety is obvious, and Therefore, it can be demonstrated that the they have returned to a normal emotional state from the psychotherapy of martial arts’ Yin-Yang balance mode is state of severe depression and anxiety. a safe and effective mode with no side effects. So far, no The separation of self-subject and object and the help seeker is found to relapse again. This model is psychological energy conversion of martial arts’ suitable for the psychotherapy for the patients with Yin-Yang balance mode psychotherapy are the core neurogenic depression. technology mode of the psychotherapy. The negative emotional energy of patients with neurogenic depression is converted to achieve a positive and negative emotional
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6 Conclusion (1) Through the psychotherapy of martial arts’ Yin-Yang balance mode, the difference between the pre-test and post-test depression and anxiety of the patients with neurogenic depression is significantly. (2) The patients with neurogenic depression return to a normal emotional state from a state of severe depression and anxiety. (3) The psychotherapy of martial arts’ Yin-Yang balance mode has a significant effect on the negative emotion energy conversion for the patients with neurogenic depression.
7 Future prospects At present, only a very small number of people can master the psychotherapy of martial arts’ Yin-Yang balance mode. After more than 20 years of demonstration and application, the technology is mature but not popular, which is very regrettable. It is hoped that psychotherapy workers can master this technology and avoid medication to effectively relieve the confusion and pain of the patients with neurogenic depression, interdict the patients' suicidal tendencies and behaviors and save the integrity of their family members, which is the direction to continue to study hard.
References 1. Liu Jingru. The Reality Spectum of the Eight Diagrams Palm. Beijing: Beijing Sport University Press. 2003, 43-50 2. Meng Zhaolan. Psychology Of Emotion. Beijing: Peking University Press, 2005, 307-308 3. Wang Fengzi. Zhou Kehui, Zhong Bilai. Butterfly Change · Selected Cases of Psychological Counseling. Wuhan: Wuhan University Press, 2012, 68-73. 4. Wang Xiangdong. Wang Xilin, Mahong. Manual of Mental Health Assessment scale (1999). Enlarged Edition Beijing:China Mental Health Press, 1999,194-196. 5. Wang Xiangdong. Wang Xilin, Mahong. Manual of Mental Health Assessment scale (1999). Enlarged Edition Beijing: China Mental Health Press,,1999,235-238. 6. New Sports Magazine. The ABC of Martial arts. Zhejiang: Zhejiang People’s Publishing House, 1983,58-62 7. Zhong Bilai, Zheng Xinfu. A Study on the Influence of Emotional Priming Effect of Literary Image on Human Memory. Journal of Psychological Science, 2010,33 (2), 465-466 8. Zhong Bilai. Wushu Yin-Yang balance model psychotherapy. Beijing: China Books Publishing House, 2015,214-234
13 Georgia Southern University Digital Commons@Georgia Southern Computer Science, Department of - Faculty Computer Science, Department of Publications
2012 Yin Yang Bipolar Atom - An Eastern Road toward Quantum Gravity Wen-Ran Zhang Georgia Southern University, [email protected]
Follow this and additional works at: https://digitalcommons.georgiasouthern.edu/compsci-facpubs Part of the Computer Sciences Commons
Recommended Citation Zhang, Wen-Ran. 2012. "Yin Yang Bipolar Atom - An Eastern Road toward Quantum Gravity." Journal of Modern Physics, 3: 1261-1271. doi: 10.4236/jmp.2012.329163 source: https://www.scirp.org/journal/PaperInformation.aspx?PaperID=23113 https://digitalcommons.georgiasouthern.edu/compsci-facpubs/6
This article is brought to you for free and open access by the Computer Science, Department of at Digital Commons@Georgia Southern. It has been accepted for inclusion in Computer Science, Department of - Faculty Publications by an authorized administrator of Digital Commons@Georgia Southern. For more information, please contact [email protected]. Journal of Modern Physics, 2012, 3, 1261-1271 http://dx.doi.org/10.4236/jmp.2012.329163 Published Online September 2012 (http://www.SciRP.org/journal/jmp)
YinYang Bipolar Atom—An Eastern Road toward Quantum Gravity*
Wen-Ran Zhang Department of Computer Science, Georgia Southern University, Statesboro, USA Email: [email protected]
Received June 19, 2012; revised July 22, 2012; accepted July 31, 2012
ABSTRACT Based on bipolar dynamic logic and bipolar quantum linear algebra, a causal theory of YinYang bipolar atom is intro- duced in a completely background independent geometry that transcends spacetime. The causal theory leads to an equi- librium-based super symmetrical quantum cosmology of negative-positive energies. It is contended that the new theory has opened an Eastern road toward quantum gravity with bipolar logical unifications of particle and wave, matter and antimatter, relativity and quantum entanglement. Information recovery after a black hole is discussed. It is shown that not only can the new theory be applied in physical worlds but also in logical, mental, social and biological worlds. Fal- sifiability of the theory is discussed.
Keywords: YinYang Bipolar Atom; Bipolar Geometry; Quantum Cellular Automata; Matter and Antimatter; Information Recovery after a Black Hole; Real World Quantum Gravity
1. Introduction Atom as a basic unit of matter should follow equilib- rium or non-equilibrium conditions. It consists of a dense, Stephen Hawking’s black hole theory originally suggested central nucleus surrounded by a cloud of negatively char- that the universe would ultimately disappear in a black ged electrons. The nucleus contains a mix of positively hole without information preservation. This suggestion charged protons and electrically neutral neutrons (except was criticized for violating the 2nd law of thermodyna- in the case of hydrogen-1). The electrons of an atom are mics. To remedy the inconsistency, Hawking proposed bound to the nucleus by the electromagnetic force. Like- black body evaporation [2] and then particle emission [3]. wise, a group of atoms can remain bound to each other, After then he held his position for three decades. In 2004, forming a molecule. In the case of antimatter atom, the he finally conceded a bet and agreed that black hole emis- cloud is formed with positively charged positrons and the sion does in fact preserve information. But so far it is atomic nucleus is negatively charged. unclear how to recover the information from the evapo- Molecule is an electrically neutral group of at least two ration or particle emission and how the universe will atoms held together by covalent chemical bonds. A cova- evolve after a black hole. This uncertainty makes quan- lent bond is a form of chemical bonding that is charac- tum theory incomplete and nihilism unavoidable. For ins- terized by the sharing of pairs of electrons between atoms. tance, M-theory predicts that a great many universes The stable balance of attractive and repulsive forces be- were created out of nothing [4, p. 5]. tween atoms when they share electrons is known as co- Equilibrium is a well-known scientific concept that valent bonding. subsumes symmetry or broken symmetry. Since equilib- An atom containing an equal number of protons and rium is central in the 2nd law of thermodynamics—the electrons is electrically neutral. Otherwise, it has a posi- paramount law of existence, energy, life, and information tive or negative charge. A positively or negatively charged where bipolar equilibrium is a generic form, YinYang atom is known as an ion. An atom is classified according bipolar equilibrium-based approach to physics and sci- to the number of protons and neutrons in its nucleus: the ence provides a fundamental super symmetrical alterna- number of protons determines the chemical element and tive for scientific unification. (Note: Equilibrium subsumes the number of neutrons determines the isotope of the equilibrium, non-equilibrium and quasi-equilibrium be- element. Figure 1 shows some examples. cause local non-equilibriums can form global equilibrium Legendary Danish physicist Niels Bohr, a father figure or quasi-equilibrium.) of quantum mechanics, brought YinYang into quantum *The idea has been partially presented in Ref. [1]. theory for his particle-wave complementarity principle.
Copyright © 2012 SciRes. JMP 1262 W.-R. ZHANG
vities [8]. This paper is organized into six sections. Following this introduction, a background review of the mathema- tical basis of this work is presented in Section 2. Yin- (a) (b) (c) (d) Yang bipolar atom is presented in Section 3. Bipolar Figure 1. (a) Matter hydrogen atom; (b) Proton of a hydro- quantum cellular automata are introduced in Section 4. gen surrounded by an electron cloud; (c) Matter helium Section 5 presents the theory of YinYang bipolar quan- atom with a nucleus (two protons and two neutrons) and tum gravity. Section 6 draws a few conclusions as well as two electrons; (d) Tiny nucleus of a helium atom is sur- philosophical distinctions. rounded by electron cloud (Creative Commons: by User: Yzmo). 2. YinYang Bipolar Dynamic Logic and Quantum Linear Algebra When he was awarded the Order of the Elephant by the Danish government in 1947, he designed his own coat of 2.1. YinYang Bipolar Quantum Lattice and arms which featured in the center a YinYang logo (or Bipolar Dynamic Logic (BDL) Taiji symbol) with the Latin motto “contraria sunt com- Aristotle’s causality principle became controversial in the plementa” or “opposites are complementary”. 18th century after David Hume challenged it from an em- While quantum mechanics recognized particle-wave pirical perspective. Hume argued that causation is irredu- complementarity it stopped short of identifying the es- cible to pure regularity. YinYang bipolar dynamic logic sence of YinYang bipolar coexistence. Without bipola- (BDL) [6,8-10] has changed this situation in a funda- rity any complementarity is less fundamental due to the mental way. BDL is defined on a bipolar quantum lattice missing “opposites”. On the other hand, if bipolar equi- B1 = {–1, 0} {0, +1} = {(0,0), (0,1), (–1,0), (–1,1)} in librium is the most fundamental form of equilibrium, any YinYang bipolar geometry as shown in Figure 2. The multidimensional model such as string, superstring or four values of B1 form a bipolar set [8] which stand res- M-theory cannot be most fundamental. In brief, action- pectively for eternal equilibrium (0,0), non-equilibrium reaction forces, particle-antiparticle pairs, negative-posi- (–1,0), non-equilibrium (0,+1); equilibrium or harmony tive energies, input and output, or the Yin and Yang in (–1,+1). Equation (1)-(12) in Table 1 provide the basic general are the most fundamental opposites of nature, but operations of BDL. The laws in Table 2 hold on BDL. man and woman, space and time, particle and wave, truth Most interestingly, BUMP makes equilibrium-based bipo- and falsity are not exactly bipolar opposites. This could lar quantum causality logically definable. be the reason why Bohr believed that a causal description An axiomatization of BDL (Table 3) has been proven of a quantum process cannot be attained and we have to sound and complete [8]. A key element in the axioma- content ourselves with particle-wave complementary des- tization is bipolar universal modus ponens (BUMP) (Ta- criptions [5]. It may also be the reason why modern phy- ble 4) which is a bipolar tautology, a non-linear bipolar sics so far failed to find a definitive battleground for dynamic generalization of classical modus ponens and a quantum gravity. logical representation of bipolar quantum entanglement. Einstein pointed out: “For the time being we have to Thus, BDL generalizes Boolean logic to a quantum logic admit that we do not possess any general theoretical ba- where and – are “balancers”; and are intuitive sis for physics which can be regarded as its logical “oscillators”; – and – are counter-intuitive “oscilla- foundation.” “Physics constitutes a logical system of tors”; & and &– are “minimizers.” The linear, cross-pole, thought which is in a state of evolution, whose basis bipolar fusion, oscillation, interaction and entanglement (principles) cannot be distilled, as it were, from experi- properties are depicted in Figure 3. Bipolar relations and ence by an inductive method, but can only be arrived at equilibrium relations are defined in [6,8,11,12]. by free invention.” In the above light, a causal theory of YinYang bipolar 2.2. Bipolar Quantum Linear Algebra (BQLA) atom is introduced in this paper based on bipolar dy- The bipolar lattice B = {–1,0} {0,1} and bipolar fuzzy namic logic and bipolar quantum linear algebra [6-8]. 1 lattice B = [–1,0] [0,1] can be naturally extended to the The theory provides a springboard to an equilibrium-ba- F infinite bipolar lattice B = [–,0] [0,+]. While B and sed logical unification of particle and wave, matter and 1 B are bounded complemented unit square crisp/fuzzy antimatter, relativity and quantum theory, strings and rea- F lattices, respectively, B is unbounded. (x,y),(u,v) B , lity as well as big bang and black hole. Information reco- Equations (13) and (14) define two major operations. very after a black hole is discussed. The logical, phy- Tensor Bipolar Multiplication: sical, mental, biological and social implications of this work are formalized into a Q5 paradigm of quantum gra- (x,y) (u,v) (xv+yu, xu+yv); (13)
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Table 3. Bipolar axiomatization Bipolar Linear Axioms: BA1: (-,+)((-,+)(-,+)); BA2: ((-,+)((-,+)(-,+))) (((-,+)(-,+))((-,+)(-,+))); BA3: ((-,+)(-,+))(((-,+)(-,+)) (-,+)); BA4: (a) (-,+)&(-,+)(-,+); (b) (-,+)&(-,+)(-,+); BA5: (-,+)((-,+)((-,+)&(-,+))); Non-Linear Bipolar Universal Modus Ponens (BUMP) BR1: IF ((-,+)(-,+)), [((-,+)(-,+))&((-,+)(-,+))], THEN [(-,+)(-,+)];
Bipolar Predicate Axioms and Rules of Inference - + - + Figure 2. Hasse diagrams of B1 in YinYang bipolar geome- BA6: x,( (x), (x))( (t), (t)); try. BA7: x,((-,+)(-,+))((-,+)x,(-,+); BR2-Generalization: (-,+)x,(-(x),+(x))
Table 4. Bipolar Universal Modus Ponens (BUMP).
- + - + - + - + =( , ), =( , ), =( , ), and =( , ) B1, [( ) & ()] () ()].
Two-fold universal instantiation: 1) Operator instantiation: as a universal operator can be bound to &, , &, , , , , . ( ) is designated bipolar true or (-1,+1); Figure 3. YinYang bipolar relativity: (a) Linear interaction; ((-,+)(-,+)) is undesignated. 2) Variable instantiation: (b) Cross-pole non-linear interaction; (d) Oscillation; (e) x, (-,+)(x) (-,+)(x); (-,+)(A); (-,+)(A). Two entangled bipolar interactive variables.
Table 1. YinYang Bipolar Dynamic Logic (BDL). (Note: Bipolar Addition: The use |x| through this paper is for explicit bipolarity (x,y) + (u,v) (x+u, y+v) (14) only). In Equation (13), is a cross-pole multiplication op- Bipolar Partial Ordering: (x,y)(u,v), iff |x||u| and y v; (1) erator with the infused non-linear bipolar tensor seman- Complement: (x,y)(-1,1)-(x,y)(x,y)(-1-x,1-y); (2) tics of --=+, -+=+-=1, and ++=+; + in Equation (14) is a Implication: (x,y)(u,v)(xu,yv)(xu), yv); (3) linear bipolar addition or fusion operator. With the two Negation: (x,y) (y,x); (4) Bipolar least upper bound (blub): basic operations, classical linear algebra is naturally ex- blub((x,y),(u,v))(x,y)(u,v)(-(|x||u|),yv); (5) tended to BQLA with bipolar fusion, diffusion, interac- Bipolar greatest lower bound (bglb): tion, oscillation, and quantum entanglement properties. bglb((x,y),(u,v)) (x,y)(u,v) (-(|x||u|),yv)); (6) These properties enable physical or biological agents to -blub: blub((x,y),(u,v)) (x,y)(u,v) (–(y v),(|x||u|)); (7) -bglb: bglb((x,y),(u,v)) (x,y)(u,v) (– (yv), (|x||u|))); (8) interact through bipolar fields such as atom-atom, cell- Cross-pole greatest lower bound (cglb): cell, heart-heart, heart-brain, brain-brain, organ-organ, cglb((x,y),(u,v))(x,y)(u,v)(-(|x|v||y|u|),(|x|u||y|v|)); (9) and genome-genome bio-electromagnetic quantum fields Cross-pole least upper bound (cglb): as well as biochemical pathways. Thus, the bipolar pro- club((x,y),(u,v))(x,y)(u,v)(-1,1)–((x,y)(u,v)); (10) -cglb: cglb((x,y),(u,v)) (x,y)-(u,v) ((x,y)(u,v)); (11) perties are suitable for equilibrium-based bipolar dy- -club: club((x,y),(u,v))(x,y)-(u,v) ((x,y) (u,v)). (12) namic modeling with quantum aspects where one kind of equilibrium or non-equilibrium can have causal effect to Table 2. Bipolar laws. another. Given an input bipolar row vector matrix E = [ei] = Excluded (x,y) (x,y) (-1,1); (x,y)(x,y) (-1,1); ... Middle [( eeii, )] B, I = 1, 2, , k, and a bipolar connectivity ... No ((x,y)&(x,y))(-1,1); matrix M = [mij] = [( mmij, ij )], i = 1, 2, , k and j = 1, Contradiction ... (( x,y)& ( x,y))(-1,1); 2, , n, we have V = E M = [Vj] = [( vvii, )]. While E ((a,b)(c,d)) (a,b)(c,d); Linear Bipolar is the input vector to a dynamic system characterized ((a,b)(c,d)) (a,b)& (c,d); DeMorgan’s with the connectivity matrix M, V is the result row vector ((a,b) (c,d)) (a,b) (c,d); Laws ((a,b) (c,d)) (a,b)& (c,d); with n bipolar elements following Equation (15). Non-Linear ((a,b) (c,d)) (a,b) (c,d); k VEMV vv,; V em (15) Bipolar ((a,b) (c,d)) ((a,b) (c,d); j jj j j ij DeMorgan’s ((a,b)- (c,d)) (a,b)- (c,d); i1 - - Laws ((a,b) (c,d)) (a,b) (c,d) Equation (15) has the same form as in classical linear
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algebra except for: 1) ej and mij are bipolar elements; 2) 8) balance or harmony or stability of M is defined as the multiplication operator is defined in Equation (13) on Harmony(M) = Balance(M) = Stability(M) = (|ε|(M) − bipolar variables with bipolar (quantum) entanglement; |εimb(M)|)/|ε|(M); and 3) the Σ operator is based on bipolar addition de- 9) the average energy of M is measured as h = fined on bipolar variables in Equation (14). (ε−(M)/(kn), ε+(M)/(kn)) where kn = k n is the total BQLA provides a new mathematical tool for modeling number of elements in M. YinYang-n-elements with explicit bipolar equilibrium, Law 1. Elementary Energy Equilibrium Law. (x,y) quasi- or non-equilibrium representation for energy and B = [–, 0] [0, +] and (u,v) BF = [–1,0] stability analysis. Energies in a row matrix can be con- [0,1], we have sidered as physical or biological energies of any agents a) [||(u,v) 1.0] [||((x,y) (u,v)) ||(x,y) ]; such as quantum or cosmological negative and positive b) [||(u,v)<1.0] [||((x,y) (u,v)) < ||(x,y) ]; energies, repression and activation energies of regulator c) [||(u,v)>1.0] [||((x,y) (u,v)) > ||(x,y) ]. proteins. Energies embedded in a connectivity matrix can Equilibrium/Non-Equilibrium System. A bipolar be deemed organizational energies that bind the agents dynamic system S is said an equilibrium system if the together. The following laws hold for any physical or system’s total energy ||S remains in an equilibrium state biological systems [7,8,13]. or d(||S)/dt = 0 without external disturbance. Otherwise YinYang Bipolar Elementary Energy. Given a bipo- it is said a non-equilibrium system. A non-equilibrium lar element eee , , system is said a strengthening system if d(||S)/dt > 0; it 1) ε−(e) = e– is the Yin or negative energy of e; is said a weakening system if d(||S)/dt < 0. 2) ε+(e) = e+ is the Yang or positive energy of e; Law 2. Energy Transfer Equilibrium Law. Given an − + – + 3) ε(e) = (ε (e), ε (e)) = (e , e ) is the YinYang bipolar n n input bipolar matrix E = [eik] = [( eeik, ik )], 0 < i, k energy measure of e; n, an n n bipolar connectivity matrix M = [mkj] = − + 4) The absolute total |ε|(e) = |ε |(e) + |ε |(e) is the to- [( mmkj, kj )], 0 < k, j n, and V = E M = [Vij] = [( vij , tal energy of e; vij )], k, j, let |ε|(Mk*) be the k-th row energy subtotal + − and let |ε|(M*j) be the j-th column energy subtotal, we 5) εimb(e)=|ε |(e) |ε |(e) is the imbalance of e; have, k, j, 6) EnergyBalance(e) = (|ε|(e)−|εimb(e)|)/2.0 = min(|e−|, e+); a) [|ε|(Mk*) |ε|(M*j) 1.0 ] [||(V) ||(E)]; 7) Harmony(e) = Balance(e) = (|ε|(e) − |ε (e)|)/|ε|(e). b) [|ε|(Mk*) |ε|(M*j) 1.0 ] [||(V) < ||(E)]; imb c) [|ε|(M ) |ε|(M ) > 1.0 ] [||(V) > ||(E)]. YinYang Bipolar System Energy. Given an k n k* *j From the above, it is clear that without YinYang bipo- bipolar matrix M = [m ] = (M−,M+) = ( m , m ), ij jj jj larity, classical linear algebra cannot deal with the coex- where M− is the Yin half with all the negative elements istence of the Yin and the Yang of nature and their causal and M+ is the Yang half with all the positive elements, kn kn interactions in bipolar quantum entanglement. Law 3. Law of Energy Symmetry. Let t = 0, 1, 2,…, 1) M ij mij is the negative or ij11 ij11 Y(t+1) = Y(t) M(t), |ε|Y(t) be the total energy of an Yin energy of M; YinYang-N-Element vector Y(t), |ε|M(t) be the total en- kn kn ergy of the connectivity matrix M(t), |ε|Mi*(t) be the en- 2) M ij mij is the positive or ij11 ij11 ergy subtotal of row i of M(t), |ε|M*j(t) be the energy Yang energy of M; subtotal of column j of M(t). 3) the polarized total, denoted ε(M) = (ε−(M), ε+(M)) is 1) Regardless of the local YinYang balance or imbal- the YinYang bipolar energy of M of M; ance of the elements at any time point t, the system will 4) the absolute total, denoted |ε|(M) = |ε−|(M) + |ε+|(M), remain a global energy equilibrium if, t, d(|ε|Y(t))/dt is the total energy of M; 0, or (a)i,j, [|ε|(Mi*) |ε|(M*j) 1.0] and (b) no external 5) the energy subtotal for row i of M is denoted disturbance to the system occurs after the initial vector n Y(0) is given. − Miij* ; 2) Under the same conditions of (1), if, t, |ε (M*j)| > j0 + 0 and |ε (M*j))| > 0, all bipolar elements connected by M 6) the energy subtotal for column j of M is denoted will eventually reach a local YinYang balance k (–|ε|Y(t)/(2N), |ε|Y(t)/(2N)) at time t. M j* ij ; Law 4. Law of Broken Symmetry (Growing). For i0 the same system with Law 3, if, i, j, |ε|(M ) |ε|(M ) > kn kn i* *j 1.0, regardless of the local YinYang balance or imba- 7) imb M impmmm ij ij ij is ij11ij 11 lance of the elements at any time point t, the system en- the YinYang imbalance of M; ergy will increase and eventually reach a bipolar infinite
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(–,) or fission state without external disturbance or we have,t, d(|ε|Y(t))/dt 0. Law 5. Law of Broken Symmetry (Weakening). For the same system as for Law 3, if, i, j, |ε|(Mi*) |ε|(M*j) < 1.0, regardless of the local YinYang balance or imba- lance of the elements at any time point t, the system en- ergy will decrease and eventually reach a (0,0) or decay- ed state without external disturbance or we have, t, d(|ε|Y(t))/dt < 0, until |ε|Y(t) = 0. Figure 4. A YinYang-n-element cellular structure.
3. Bipolar Strings and Bipolar Atom of equations can be simplified as Y(t+1) = Y(t) M(t), where Y(t) is a bipolar vector at time t and M(t) a con- 3.1. YinYang Bipolar Strings nection matrix at time t. Now, our questions are: Fundamentally different from the mainstream string the- 1) How to use a YinYang-n-element cellular structure ory or “theory of everything”, BDL and BQLA provide to describe and unify matter and antimatter atoms? the logical and physical bipolar bindings for the “strings” 2) How to use a YinYang-n-element cellular structure of reality but retain the open-world non-linear dynamic to unify particle and wave? property of nature tailored for open-ended exploratory 3) How to use a YinYang-n-element cellular structure scientific discovery. While strings are far from observable to describe and unify quantum theory and relativity? reality, the non-linear dynamic property of BDL and 4) How to integrate multiple YinYang-n-element cel- BQLA do not compromise the law of excluded middle—a lular structures together? unique basis for a scalable and observable alternative bi- 5) How to use BDL, BQLA and BQCA to unify big bang and black hole as well as space and time? polar string theory. 2 Dramatically, BQLA and BQCA can be used for rep- Since (–1,0) (–1,0) = (–1,0) = (0,1) and (–1,1) resenting both matter and antimatter atoms as well as (–1,1) = (–1,1)2 = (–1,1), (–1,0)n defines an oscillatory particles and waves. Figure 5(a) shows the bipolar rep- non-equilibrium and (–1,1)n defines a non-linear dynamic resentation of a hydrogen atom. Figure 5(b) is a redrawn equilibrium. Such properties provide a unifying logical of Figure 4 by omitting connectivity. The positrons can representation for particle-wave duality. For instances, be regrouped to the nucleus of a matter atom as shown in (P)(f) = (–1,0)n (3 1012) can denote that “particle P Figure 5(c), where the negative signs can character elec- changes polarity three trillion times per second”; (P)(f) = trons or electron cloud. Similarly, an antimatter atom is (–1,1)n (3 1012) can denote that “The two poles of P in- shown in Figure 5(d). Thus, both matter and antimatter teract three trillion times per second.” atoms can be characterized using Equation (15) in BQLA. As strings can be one-dimensional oscillating lines or It is evident from Figure 5 that YinYang bipolar atom points, a bipolar string can be defined as an elementary has the potential to bridge a gap between black hole and bipolar variable or quantum agent e = (–e,+e) and char- big bang in a cyclic process model because it allows par- acterized as (e)(f)(m) where (e)B or B , f is the fre- 1 ticles and antiparticles emitted from a black hole [2,3] to quency of bipolar interaction or oscillation, and m is form matter and antimatter again. While Laws 1 - 5 pro- mass. If e is massless we have m = 0. The two poles of e vide the axiomatic conditions for energy equilibrium, as negative and positive strings are non-exclusive, recip- growing, and degenerating, we introduce a new law of rocal, entangled, and inseparable. Thus, bipolar strings oscillation [1] in the following: cannot be dichotomous and bipolar string theory is a Law 6. Law of Oscillation. Let t = 0, 1, 2, …, Y(t+1) non-linear dynamic unification of singularity, bipolarity, = Y(t) M(t), |ε|Y(t) be the total energy of an YinYang- and particle-wave duality. n-element vector Y(t), |ε|M(t) be the total energy of the connectivity matrix M(t), if, i, j, |ε|(M )(t ) |ε|(M ) (t ) 3.2. YinYang Bipolar Atom i* k *j k > 1.0 and |ε|(Mi*)(tk+1) |ε|(M*j) (tk+1) < 1.0, the system’s Figure 4 shows a YinYang-n-element bipolar quantum total energy will be alternatively increasing at time k and cellular automaton (BQCA), where each link and each decreasing at time k + 1. element is characterized with a bipolar value (n,p). A Evidently, any particle or wave form can be repre- negative side n can indicate output of an element or re- sented with Yin energy, Yang energy, or unified Yin- pression of a link weight; a positive side p can indicate Yang form. But without YinYang, the bipolar coexis- input of an element or activation of a link weight. A set tence and interaction of the two poles can’t be visualized. of dynamic equations have been derived based BQLA for The four cases of equilibrium, growing, degeneration and characterizing the cellular structure in Figure 4. The set oscillation are simulated in Figures 6-9.
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‐ ‐ ‐ ‐ ‐ ‐ + + + ‐ + ‐ + + ‐ + + + ‐ + + ‐ ‐ + + ‐ + + ‐ + + ‐ + ‐ ‐ + + + ‐ + ‐ ‐ ‐ ‐ (a) (b)
+ ‐ ‐ + + ‐ ‐ + Figure 9. YinYang bipolar energy oscillation [8]. ‐ + + + ‐ + ‐ ‐ ‐ + + ‐ + ‐ + ‐ + + ‐ ‐ ‐ + + ‐ + ‐ ‐ + traditional Chinese medicine (TCM) has been in the di- ‐ + + ‐ + ‐ ‐ + lemma of lacking a formal logical, mathematical, physi- + + ‐ ‐ ‐ + + ‐ + ‐ ‐ + cal, and biological foundation. On the other hand, despite ‐ + + + ‐ + ‐ ‐ ‐ + ‐ + one insightful surprise after another the genome has ‐ ‐ + + (c) (d) yielded to biologists, the primary goal of the Human Ge- nome Project—to ferret out the genetic roots of common Figure 5. (a) Bipolar representation of a hydrogen; (b) Bi- polar representation of YinYang-n-elements; (c) Matter diseases like cancer and Alzheimer’s and then generate atom; (d) Antimatter atom. treatments—has been largely elusive. Although quantum mechanics provides a basis for chemistry and molecular biology, it so far has not found unification with Ein- stein’s relativity theory. This situation provides an oppor- tunity for YinYang to enter modern science and play a unifying role. For instance, given the cellular structures in Figure 10, we have the question: “How to model the integration, interaction, and equilibrium conditions?” Law 7 (Following Law 3). Law of Integrated En- ergy Symmetry. Given Figure 10, let t = 0, 1, 2, …,
Y(t+1) = Y(t) M(t), |ε|Y(t) be the total energy of the Figure 6. Bipolar energy rebalancing wave forms after a integrated BQCA vector Y(t), |ε|M(t) be the total energy disturbance to one element [8]. of the integrated connectivity matrix M(t), |ε|Mi*(t) be the energy subtotal of row i of M(t), |ε|M*j(t) be the energy subtotal of column j of M(t), the integrated BQCA can satisfy the following two global conditions: 1) Regardless of the local YinYang balance/imbalance of the subsystems at any time point t, the integrated sys- tem will remain a global energy equilibrium if, t, d(|ε|Y(t))/dt 0, or (a) i,j, [|ε|(Mi*) |ε|(M*j) 1.0]; Figure 7. YinYang bipolar energy growing [8]. (b) no external disturbance or input/output to/from the system after the initial vector Y(0) is given; (c) no internal disturbance or energy creation and con- sumption in the system after the initial vector Y(0) is given. That is, all the k component BQCA satisfy the condition, t, d(|ε|Yk(t))/dt 0, or, equivalently, i, j, [|εk|(Mi*) |εk|(M*j) 1.0]. Otherwise, there will be in- ternal disturbance. − 2) Under the conditions of (1), if, t, |ε (M*j)| > 0 and |ε+(M ))| > 0, all components connected by M will even- Figure 8. YinYang bipolar energy decreasing [8]. *j tually reach a local YinYang balance (–|ε|Y(t)/(2K), 4. Bipolar Quantum Cellular Automata |ε|Y(t)/(2K)) at certain time point t. Law 8 (Following Law 4). Law of Integrated En- YinYang bipolar atom leads to bipolar quantum cellular ergy Broken Symmetry (Growing). For the same inte- automata (BQCA) for advancing research in cosmolo- grated BQCA as for Law 7, if, (a) i, j, |ε|(Mi*) |ε|(M*j) gical and molecular interactions. YinYang as the basis of > 1.0; (b) no external disturbance after the initial vector
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vity is focused on quantum computing; mental quantum gravity is focused on the interplay of quantum mechanics and brain dynamics; biological quantum gravity is focus- ed on life sciences; social quantum gravity spans social sciences. The Q5 paradigm may sound like a mission impossible. It actually follows a single undisputable observation and Figure 10. Integration of bipolar cellular subsystems. a single condition: 1) bipolar equilibrium or non-equili- brium is a generic form of any multidimensional equili- Y(0) is given; (c) no internal disturbance or energy crea- brium from which nothing can escape; 2) bipolar quan- tion and consummation after the initial vector Y(0), re- tum entanglement is logically definable with BUMP that gardless of the local YinYang balance or imbalance of its unifies truth, being and dynamic equilibrium with logi- local component BQCAs at any time t, the system energy cally definable causality. will increase and eventually reach a bipolar infinite Roger Penrose described two mysteries of quantum (–,) or t, d(|ε|Y(t))/dt 0. entanglement [14, p. 591]. The first mystery is the phe- Law 9 (Following Law 5). Law of Integrated En- nomenon itself; the second one is: “Why do these ubi- ergy Broken Symmetry (Weakening). For the same quitous effects of entanglement not confront us at every turn?” Penrose remarked: “I do not believe that this sec- system as for Law 7, if, (a) i,j, |ε|(Mi*) |ε|(M*j) < 1.0; (b) no external disturbance to the system after the initial ond mystery has received nearly the attention that it de- vector Y(0) is given; (c) no internal disturbance or en- serves.” It is contended that YinYang bipolar quantum ergy creation and energy consumption after the initial entanglement provides a resolution to the first mystery vector Y(0) is given, regardless of the local YinYang and the Q5 paradigm provides a resolution to the second. balance/imbalance of its local component BQCAs at any Since the Yin and the Yang are two reciprocal oppo- site poles or energies that are completely background in- time t, the system energy will decrease and eventually dependent, YinYang bipolar geometry is fundamentally reach an eternal equilibrium (–0,+0) state or, equivalently, different from Euclidian, Hilbert, and spacetime geome- t, d(|ε|Y(t))/dt < 0, until |ε|Y(t) = 0. tries. With the background independent property, the new Law 10 (Following Laws 3-9). Necessary and Suffi- geometry makes quadrants irrelevant because bipolar iden- cient Conditions for Collective Bipolar Adaptivity. The tity, interaction, fusion, separation, and equilibrium can two conditions of Law 3 are necessary for collective bi- be accounted for in it even without quadrants (Figure polar adaptivity of any simple or integrated BQCA into 11). equilibrium and symmetry; the two conditions are suffi- Defined in YinYang bipolar geometry, BDL and cient for collective bipolar adaptivity of any simple BUMP make quantum causality logically definable as BQCA but not for integrated BQCAs; the two conditions equilibrium-based quantum entanglement. It simply states: in Law 7 are both necessary and sufficient for collective For all bipolar equilibrium functions , , ψ, and , IF bipolar adaptivity of any simple BQCA or integrated () & (ψ), THEN the bipolar interaction (ψ) BQCA into equilibrium and symmetry. implies that of (). With the emergence of space and time, BUMP leads to a completely background inde- 5. An Eastern Road to Quantum Gravity pendent theory of YinYang bipolar relativity defined by 5.1. Q5 Paradigm Equation (16) [8]. a,b,c,d, at,,& p ct p Since acceleration is equivalent to gravitation under gene- x1 y3 ral relativity, any physical, socioeconomic, mental, and bt,, p dt p biological acceleration, growth, degeneration or aging x2 y4 are qualified to be a kind of quantum gravity. It can be (16) at,, p bt p further argued that as a most fundamental scientific uni- xx12 fication not only can quantum gravity be applied in phy- ctyy,, p34 dt p sical science, but also in computing science, social sci- ence, brain science, and life sciences as well. This argu- In Equation (16), a(t1,p1), b(t1,p2), c(t2,p3), d(t2,p4) are ment leads to five sub-theories of a Q5 paradigm of any bipolar agents where a(t,p) stands for “agent a at quantum gravities: physical quantum gravity, logical time t and space p” (tx, ty, px and py can be the same or quantum gravity, mental quantum gravity, biological different points in time and space). An agent without quantum gravity, and social quantum gravity [8]. In the time and space is assumed at any time t and space p. An Q5 paradigm, the theory of physical quantum gravity is agent at time t and space p is therefore more specific. concerned with quantum physics; logical quantum gra- The symmetrical property of YinYang bipolar geome-
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(a) (b) (c) Figure 11. Background-Independent YinYang bipolar geometry: (a) Magnitudes of Yin and Yang; (b) Growing curve; (c) Quadrant irrelevant property. try enables information to be passed through large or fStp ,012 fEt .0499, p small scale quantum entanglement with or without pass- fStp,◆◆ 0,0 fEt0.0499, p 0,0 ing observable energy or mass. When photon or electron 12 is passed the speed is limited by the speed of light that (17b) has been proven in physics. Physicists have so far failed A comparison of Equations (17b) with (17a) reveals an to experimentally verify the existence of graviton and the equilibrium-based logical “bridge” from relativity to speed of gravity. If all action-reaction forces are funda- quantum mechanics—a bridge toward quantum gravity. mentally equilibrium-based and bipolar quantum entan- Why cannot other logical and statistical systems be used gled in nature, gravity would be logically unified with quantum mechanics in the form of Equation (16) [8]. for the above unification? The answer is that without bi- For instance, based on general relativity, gravity “tra- polarity a truth value in {0,1} or a probability p [0,1] is vels” at the speed of light and the effect of a disturbance incapable of carrying any shred of direct physical syntax to the Sun (S) could take 499 seconds to reach the Earth or semantics such as equilibrium (–1,+1), non-equili- (E). Let f(S) = f(E) = (–f,f)(S) = (–f,f)(E) be the gravita- brium (–1,0) or (0,+1), quasi-equilibrium (–0.9, +0.9), tional (reaction, action) forces between S and E; let time eternal equilibrium (0,0) and, therefore, unable to repre- sent non-linear bipolar dynamic interactions such as bi- t be in second; let p1 and p2 be points for S and E, respec- tively; let (0,0) (S) be the hypothetical Sun’s vanishment polar fusion, fission, oscillation, quantum entanglement, or eternal equilibrium; we have and annihilation. Bipolar relativity can also support causal reasoning fStp, 12 fEt499, p with time reversal because the premise of Equation (16) could be a future event and the consequent a past one. fStp,0◆,04fEt99,0,0p ◆ 1 2Although time travel in physics and cosmology is highly (17a) speculative in nature, time reversal analysis has been pro- If f() is normalized to a bipolar predicate, can be re- ven very useful in many other scientific, technological, placed with , and the binding of &, &, , , , or and engineering research and development. to in Equation (17a) would lead to the vanishment of The equilibrium-based interpretation leads to a number the Sun and then the disappearing of the Earth from its unifying features for particle-wave, matter-antimatter, orbit after 499 seconds. Thus, bipolar quantum entan- strings and atom as well as black hole and big bang. Evi- glement and general relativity are logically unified under dently, Law 6 provides the basic condition for both equilibrium-based YinYang bipolar relativity [8]. Here waves and particles; YinYang bipolar atom provides the bipolar relativity can host space and time emergence fol- unification for matter and antimatter. Since Figures 5(a)- lowing agents’ arrivals. (d) are redrawing of a bipolar representation like Figure Equation (17a) assumes that the speed of gravity 8 (different only in the number of elements), BQLA, equals the speed of light based on general relativity. This BQCA, and Laws 1 - 6 all apply to the unipolar repre- assumption is actually questionable. If we assume gravi- sentations of Figures 5(c) and (d). Thus, BQCA presents tation is a kind of large scale quantum entanglement of a unifying mathematical model for matter and antimatter action and reaction forces, gravity could have a minimum atoms as well as particles and waves. In turn, it makes lower bound of 10,000 times the speed of light [15] and the unification of black hole and big bang possible be- would travel from the sun to the Earth in less than 0.0499 cause the theory allows particles and antiparticles emitted second and we would have Equation (17b). from a black hole [2,3] to form matter and antimatter
Copyright © 2012 SciRes. JMP W.-R. ZHANG 1269 again. Thus, it bridges a major gap in quantum cosmo- 5) characterizes the energy superposition of gravitational logy and set the stage for another cycle of a cyclic pro- and quantum action-reaction, an atom would be a set of cess model of the universe. The unifying features are bipolar elements. As the total must be equal to the sum, made possible by the complete background independent without bipolar entanglement there would be no atom property of YinYang bipolar geometry (Figure 11). level entanglement. Postulate 2 follows Postulate 1. YinYang bipolar elements and sets [8] provide an al- Postulate 3: YinYang bipolar atom is a bipolar set of ternative interpretation for strings as well. Different from quantum entangled particle and antiparticle pairs. mainstream string theory, bipolar strings are scalable and Postulate 4: Gravity is fundamentally large or small can be the makings of bipolar atoms (Figure 5). Thus, scale bipolar quantum entanglement. the alternative interpretation brings strings into the real Postulate 5: The speed of gravity is limited by the world of matter and antimatter for the first time. speed of quantum entanglement and not by that of light. Since action and reaction or negative and positive en- According to Einstein, “Evolution is proceeding in the ergies can be electromagnetic or gravitational in nature, direction of increasing simplicity of the logical basis YinYang bipolar atom can serve as a basis for real world (principles).” “We must always be ready to change these quantum gravity. If we treat the centrifugal and centripe- notions—that is to say, the axiomatic basis of phys- tal forces of a planet similarly as that of an electron (or ics—in order to do justice to perceived facts in the most positron) rotating around its nucleus, gravity can be a perfect way logically.” While string and superstring superposition on quantum interaction. In either case, sin- theories up to 11 or more dimensions failed the simplic- ce nothing can escape bipolar equilibrium or non-equi- ity measure, YinYang bipolar atom and bipolar quantum librium, renormalization is made possible in equilibrium- entanglement are simple and logically comprehendible based terms using BQLA and BQCA. with definable causality in BUMP. The bipolar quantum The YinYang negative-positive energies also provide a interpretation coincides with MIT Professor Seth Lloyd’s possible unification for the many universes in M-theory. startling thesis that the universe is itself a quantum com- It can be argued that the multiverses have to follow the puter [24]. According to Lloyd, the universe is all about same equilibrium or non-equilibrium conditions of the 2nd quantum information processing. Once we understand law of thermodynamics and become one universe. Other- the laws of physics completely, we will be able to use wise, the two energies can’t form the regulating force of small-scale quantum computing to understand the uni- the multiverses. Thus, the different laws followed by dif- verse completely as well. Could YinYang bipolar quan- ferent universes as described in The Grand Design have tum entanglement or BUMP be such a basic law? to be unified under the same 2nd law of thermodynamics. Different from other approaches to quantum gravity, 6. Conclusions the equilibrium-based approach is rooted in the real world. Based on YinYang bipolar dynamic logic and bipolar Due to YinYang bipolarity in mental health, bioinformat- quantum linear algebra, a logically definable causal the- ics, life and social sciences [6-13,17-23], physical and ory of YinYang bipolar atom has been introduced. The logical quantum gravity can be naturally extended to causal theory has led to an equilibrium-based super sym- mental, biological and social quantum gravities [8]. Thus, metrical quantum cosmology of negative-positive ener- it is contended that the new approach has opened an East- gies. It is contended that the new theory has opened an ern road toward quantum gravity. Eastern road toward quantum gravity with bipolar logical unifications of matter-antimatter, particle-wave, strings 5.2. Falsifiability and reality, big bang and black hole, quantum entangle- Falsifiability is a must for any viable physical theory. It ment and relativity. It has been shown that not only can is of course correct that bipolar quantum entanglement the theory be applied in physical worlds but also provides needs experimental verification. However, 1) bipolar a Q5 paradigm of physical, logical, mental, biological atom finds its equivalent representation in classical atom and social quantum gravities. Furthermore, it provides a theory (Figure 5); 2) bipolar quantum entanglement or logically consistent cyclic process model of the universe BUMP is physical and logical; 3) unlike the predicted but with information recovery after a black hole. unverified existence of monopoles in string theory, di- The strength of the equilibrium-based approach is its poles are everywhere. Thus, we have: interpretation and unification aspects. The strength comes Postulate 1: Bipolar quantum entanglement is the from the background-independent property of YinYang most fundamental entanglement in quantum gravity. bipolar geometry that transcends spacetime. The strength Postulate 2: YinYang bipolarity is the most funda- would also be a weakness should YinYang be exclusive mental property of the universe. of spacetime geometry. Fortunately, the new geometry is The two postulates are actually logically provable axi- not exclusive but inclusive. It promotes equilibrium, har- oms. For Postulate 1, if a bipolar element (Figures 4 and mony and complementarity by hosting, regulating or in-
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Copyright © 2012 SciRes. JMP Reports in Advances of Physical Sciences Vol. 2, No. 4 (2018) 1850010 (7 pages) #.c The Author(s) DOI: 10.1142/S242494241850010X
Law of Creation and Grand Uni¯cation Theory
Zhi Gang Sha* and Rulin Xiu*,†,‡ *Institute of Soul Healing and Enlightenment 30 Wertheim Court, Unit 27D, Richmond Hill Ontario L4B 1B9, Canada †Hawaii Theoretical Physics Research Center 16-266 E. Kipimana St, Keaau, HI 96749, USA ‡[email protected]
Received 10 October 2018 Accepted 11 December 2018 Published 18 January 2019
The understanding about the creation of our universe is explored in many philosophies, natural sciences, religions, ideologies, traditions and many other disciplines. Currently, natural science cannot answer this question at the most fundamental level. In this work, based on the ancient Chinese Tao wisdom about creation, we propose the Law of Tao Yin–Yang Creation. This law states that everything is created from emptiness through yin–yang interaction. Yin and yang are the two basic elements that make up everything. Yin and yang are opposite, relative, co- created, inseparable and co-dependent. The Law of Tao Yin–Yang Creation gives us a deeper insight about space and time. We propose that space and time are two basic measurements we conduct. Time relates to the measurement of movement and change. Space relates to the measurement of stillness and solidity. Space and time are a yin–yang pair. Interaction of two fundamental yin–yang pairs, the space and time yin–yang pair and the inclusion and exclusion duality pair, create our universe. We demonstrate that from this insight, one can derive string theory, superstring or M-theory and the universal wave function interpretation of string theory. We suggest that the Law of Tao Yin–Yang Creation presents the exact process how \it from bit" and it could be the fundamental principle leading to the grand uni¯cation theory and the Rep. Adv. Phys. Sci. 2018.02. Downloaded from www.worldscientific.com theory of everything.
Keywords: Space; time; law of creation; Law of Tao Yin–Yang Creation; creation of universe; string theory; Tao wisdom; quantum physics; measurement theory; yin–yang; manifestation; grand uni¯cation theory; theory of everything. by 73.185.243.221 on 02/06/21. Re-use and distribution is strictly not permitted, except for Open Access articles. 1. Introduction A law of creation is sought in many disciplines including sciences, philosophies, ideologies and religions. Current cosmology suggests that the creation of our universe
‡Corresponding author. This is an Open Access article published by World Scienti¯c Publishing Company. It is distributed under the terms of the Creative Commons Attribution 4.0 (CC-BY) License. Further distribution of this work is permitted, provided the original work is properly cited.
1850010-1 Z. G. Sha & R. Xiu
is through a \big bang". However, the natural law that has led to the big bang remains unknown until now. Wheeler proposed1–3 the idea \It from Bit". He suggested that information sits at the core of physics, and every \it", whether a particle or ¯eld, derives its existence from observations. To show how everything comes to existence through observation, Wheeler acknowledged3 that time played an essential role, but this is not understood well enough. The Grand Uni¯cation Theory is an attempt to use one mathematical formula to explain everything, including all elementary particles, fundamental forces, dark matter, dark energy, the large structure of the universe and to unify quantum physics with Einstein's general relativity theory about gravity. So far, string theory is the only mathematically consistent theory that can unify everything.4,5 However, string theory is limited in its ability to make predictions. Something is still missing in current string theory. Tao Wisdom is ancient Chinese wisdom with more than 5000 years of written history. In the authority book of Tao wisdom, Tao De Jing, Lao Tze revealed the natural law of creation: Tao Sheng Yi, Yi Sheng Er, Er Sheng San, San Sheng Wan Wu. As used here, Tao means the source of everything. Sheng means create. Yi, Er and San mean one, two and three, respectively. Wan Wu means everything. This state- ment literally means that Tao creates one, one creates two, two creates three and three creates everything. This is the ancient Tao wisdom about the process of creation. In our previous work,6 we derived the space–time uncertainty relation. From this relation, we proposed a universal wave function interpretation of string theory (UWFIST), which indicates that string theory can be interpreted as calculating the evolution of the universal wave function driven by string action. With this insight, we are able to calculate dark energy and the cosmological constant using the age of the universe and the fundamental constants }, G and c. Our result agrees with observations obtained in cosmology and astrophysics. We further showed7 that from this new interpretation of string theory, UWFIST, one can derive the energy source that can explain the in°ation and the current accelerated expansion of our universe. Rep. Adv. Phys. Sci. 2018.02. Downloaded from www.worldscientific.com In another work,8 we showed that UWFIST can explain the observed large-scale anisotropies, non-Gaussian distributions and anomalous alignments of the quadru- pole and octupole modes in the microwave background. We also showed9 that UWFIST provides a way to derive a mathematical expression of the multiverse. It can explain why our observed universe is a projection from a hologram and how the by 73.185.243.221 on 02/06/21. Re-use and distribution is strictly not permitted, except for Open Access articles. observed laws of physics are the result of the fact that our universe is a hologram. In a recent paper,10 we demonstrated that it is possible to derive the rotation curve, and therefore dark matter, from UWFIST. In this paper, we propose a law of creation, the Law of Tao Yin–Yang Creation, based on ancient Tao wisdom. This law of creation tells us that emptiness is the source of everything. Everything is created from emptiness through the interaction of two fundamental elements, yin and yang. Yin and yang are two core elements within everything. They are opposite, relative, co-created, inseparable and co-dependent.
1850010-2 Law of Creation and Grand Uni¯cation Theory
We show that space and time are a yin–yang pair. Their interaction creates our universe. We will show that with this understanding, we can use the Law of Tao Yin– Yang Creation to derive string theory, M-theory, and the UWFIST.
2. The Law of Tao Yin and Yang Creation Based on ancient Tao wisdom, we propose the Law of Tao Yin–Yang Creation as follows. Tao, the emptiness, is source of everything. Yin–Yang are the two basic elements of everything. Yin and yang elements are opposite, relative, co-created, inseparable and co-dependent. The interaction of yin and yang creates everything. It is the cause of all change. The Law of Tao Yin–Yang Creation includes the following three important points:
(1) Tao, the source of everything, is emptiness This is a profound spiritual wisdom known in many spiritual traditions. It is interesting that quantum physics can help us understand it scienti¯cally. In quantum physics, everything is described by a wave function. If we try to cal- culate the wave function of emptiness, we ¯nd that wave function of emptiness is in¯nite. This basically means that Tao, the emptiness, contains in¯nite possi- bilities (information), energy and matter. Tao consists of everything. (2) Everything, including every measurement, consists of two basic elements: Yin and yang The relation between yin and yang consists of four aspects: . Yin and yang are opposite; . Yin and yang are relative; . Yin and yang are co-created; . Yin and yang are inseparable and co-dependent.
Rep. Adv. Phys. Sci. 2018.02. Downloaded from www.worldscientific.com The wisdom about yin and yang is based on the observation of a basic natural law that everything has two sides, or two aspects, or two elements. For example, the up and the down parts are two aspects or elements within everything. They are opposite. They are relative because the up part for someone could be the down part for others. They are co-created because when we say some part is up, by 73.185.243.221 on 02/06/21. Re-use and distribution is strictly not permitted, except for Open Access articles. we are comparing it with the part we think is down. They are inseparable and co- dependent because there cannot be the up part without the down part and there cannot be the down part without the up part. (3) The interaction of yin and yang creates everything and is the cause of all change This is the core of the Law of Tao Yin–Yang Creation. We give one example in physics that illustrates this. For instance, in quantum mechanics, everything is described by a wave function, . The Hamiltonian H and time t are a pair of yin
1850010-3 Z. G. Sha & R. Xiu
and yang. The interaction of Hamiltonian H and time t brings change to a system, which can be calculated through the formula: ðtÞ¼eiHt=h ð0Þ:
It is interesting to note that one bit of information consists of two elements. They are a pair of yin–yang. Law of Tao Yin–Yang Creation basically tells us how the \bit" creates \it". In the following, we will explore how our universe is created according to this law.
3. The Creation of the Universe We propose that space and time are one of the fundamental yin–yang elements and that their interaction creates our universe. From the quantum physics point of view, the universe we observe is determined by our measurement. We propose that space and time are two basic measurements we conduct. Time relates to the measurement of movement and change. Space relates to the measurement of stillness and solidity. For instance, the measurement of the movement of sand in an hourglass and the movements of the sun and the moon have all been used as a measurement of time. The duration of a day is based on the measurement of the rotation of the earth around its axis. The measurements of space, such as the length, height and width of an object, are the measurement of its unchangedness and stillness. Space and time are a yin–yang pair. Space and time are opposite and relative. Change and stillness are opposites. They are relative because something may appear to be a change to you but to be still to others. Albert Einstein's relativity theory proves to us that space and time are relative. Space and time are co-created because whenever we measure change, we are referring to something unchanged. Whenever we measure something as unchanged, we are comparing with something you consider changing. Therefore, space and time are inseparable and co-dependent. We propose that inclusion and exclusion are another yin–yang pair that is our –
Rep. Adv. Phys. Sci. 2018.02. Downloaded from www.worldscientific.com basic measurement. All measurements are based on these two basic yin yang pairs: Space–time measurement and inclusive–exclusive measurement. For instance, the measurement of velocity, acceleration, energy, momentum, temperature, spin, elec- tricity, magnetic, mass, charge, force, mass and more are all variations of space and time measurement and of inclusive and exclusive measurement. Since quantum
by 73.185.243.221 on 02/06/21. Re-use and distribution is strictly not permitted, except for Open Access articles. physics tells us that our measurement determines our observation, which in this case is the observed universe, we can therefore conclude and propose that these two yin– yang pairs are the two fundamental yin–yang pairs whose interaction creates all of the phenomena in our universe.
4. The Derivation of the Wave Function of the Universe According to the Law of Tao Yin Yang Creation, the interaction of yin–yang ele- ments creates everything. To see how the interaction of these two yin–yang pairs
1850010-4 Law of Creation and Grand Uni¯cation Theory
creates our universe, we need to write down the action created by the interaction of these two yin–yang pairs. In physics, action is an attribute of the dynamics of a physical system from which the equations of motion and wave function of a system can be derived. The simplest action created by the interaction of the space–time yin–yang pair is Z
A1 ¼ : ð1Þ