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Epistemic Truth and Excluded Middle* Cesare Cozzo Abstract
Penultimate draft of a paper published in in Theoria, a Swedish journal of philosophy, LXIV 2-3, Thales, Stockholm 1998, pp. 243-282. Epistemic truth and excluded middle* Cesare Cozzo Università di Roma ”La Sapienza” Dipartimento di studi filosofici ed epistemologici email: [email protected] Abstract: Can an epistemic conception of truth and an endorsement of the excluded middle (together with other principles of classical logic abandoned by the intuitionists) cohabit in a plausible philosophical view? In PART I I describe the general problem concerning the relation between the epistemic conception of truth and the principle of excluded middle. In PART II I give a historical overview of different attitudes regarding the problem. In PART III I sketch a possible holistic solution. Part I The Problem §1. The epistemic conception of truth. The epistemic conception of truth can be formulated in many ways. But the basic idea is that truth is explained in terms of epistemic notions, like experience, argument, proof, knowledge, etc. One way of formulating this idea is by saying that truth and knowability coincide, i.e. for every statement S i) it is true that S if, and only if, it is (in principle) possible to know that S. Knowledge that S can be equated with possession of a correct (or ideal) finite argument for S in an optimal (or ideal) epistemic situation. For example, mathematical knowledge can be equated with possession of a proof of a mathematical statement. But the notion of ideal argument should be wider than the notion of proof: for empirical statements like “strawberries contain sugar” an ideal argument should contain also some sensory evidence. -
Heinrich Rommen, the Natural Law: a Study in Legal and Social History and Philosophy (1936)
Rommen_0017 09/15/2005 09:46 AM THE ONLINE LIBRARY OF LIBERTY © Liberty Fund, Inc. 2005 http://oll.libertyfund.org/Home3/index.php HEINRICH ROMMEN, THE NATURAL LAW: A STUDY IN LEGAL AND SOCIAL HISTORY AND PHILOSOPHY (1936) URL of this E-Book: http://oll.libertyfund.org/EBooks/Rommen_0017.pdf URL of original HTML file: http://oll.libertyfund.org/Home3/HTML.php?recordID=0017 ABOUT THE AUTHOR Heinrich Rommen was a Catholic German lawyer who practised in Germany during the Weimar Republic before fleeing to the United States in 1938. He taught in Germany and England before concluding his distinguished scholarly career at Georgetown University. ABOUT THE BOOK Originally published in German in 1936, The Natural Law is the first work to clarify the differences between traditional natural law as represented in the writings of Cicero, Aquinas, and Hooker and the revolutionary doctrines of natural rights espoused by Hobbes, Locke, and Rousseau. Beginning with the legacies of Greek and Roman life and thought, Rommen traces the natural law tradition to its displacement by legal positivism and concludes with what the author calls "the reappearance" of natural law thought in more recent times. In seven chapters each Rommen explores "The History of the Idea of Natural Law" and "The Philosophy and Content of the Natural Law." In his introduction, Russell Hittinger places Rommen’s work in the context of contemporary debate on the relevance of natural law to philosophical inquiry and constitutional interpretation. THE EDITION USED The Natural Law: A Study in Legal and Social History and Philosophy, trans. Thomas R. -
MATERIALISM: a HISTORICO-PHILOSOPHICAL INTRODUCTION Charles Wolfe
MATERIALISM: A HISTORICO-PHILOSOPHICAL INTRODUCTION Charles Wolfe To cite this version: Charles Wolfe. MATERIALISM: A HISTORICO-PHILOSOPHICAL INTRODUCTION. MATERI- ALISM: A HISTORICO-PHILOSOPHICAL, Springer International Publishing, 2016, Springer Briefs, 978-3-319-24818-9. 10.1007/978-3-319-24820-2. hal-01233178 HAL Id: hal-01233178 https://hal.archives-ouvertes.fr/hal-01233178 Submitted on 24 Nov 2015 HAL is a multi-disciplinary open access L’archive ouverte pluridisciplinaire HAL, est archive for the deposit and dissemination of sci- destinée au dépôt et à la diffusion de documents entific research documents, whether they are pub- scientifiques de niveau recherche, publiés ou non, lished or not. The documents may come from émanant des établissements d’enseignement et de teaching and research institutions in France or recherche français ou étrangers, des laboratoires abroad, or from public or private research centers. publics ou privés. MATERIALISM: A HISTORICO-PHILOSOPHICAL INTRODUCTION Forthcoming in the Springer Briefs series, December 2015 Charles T. Wolfe Centre for History of Science Department of Philosophy and Moral Sciences Ghent University [email protected] TABLE OF CONTENTS Chapter 1 (Introduction): materialism, opprobrium and the history of philosophy Chapter 2. To be is to be for the sake of something: Aristotle’s arguments with materialism Chapter 3. Chance, necessity and transformism: brief considerations Chapter 4. Early modern materialism and the flesh or, forms of materialist embodiment Chapter 5. Vital materialism and the problem of ethics in the Radical Enlightenment Chapter 6. Naturalization, localization: a remark on brains and the posterity of the Enlightenment Chapter 7. Materialism in Australia: The Identity Theory in retrospect Chapter 8. -
Hegel's Philosophy Of
L- ,o C| L> t ty- NUI MAYNOOTH Ollacali •• atiraann Wt Huad BOHM E AND HEGEL: A STUDY OF THEIR INTELLECTUAL DEVELOPMENT AND SHARED READINGS OF TWO CHRISTIAN THEOLOGOUMENA NEIL O’DONNELL SUBMITTED WITH A VIEW TO OBTAIN THE DEGREE OF M.LITT. NATIONAL UNIVERSITY OF IRELAND, MAYNOOTH DEPARTMENT OF PHILOSOPHY, FACULTY OF ARTS, CELTIC STUDIES, AND PHILOSOPHY OCTOBER 2008 ACTING HEAD OF DEPARTMENT DR MICHAEL DUNNE SUPERVISED BY DR CYRIL MCDONNELL CONTENTS Preface IV Abstract v Abbreviations and Conventions vii INTRODUCTION CHAPTER I THE DEVELOPMENT OF BÖHME AND HEGEL’S PHILOSOPHY OF RELIGION Section One Reaction Against Christian Orthodoxy 6 § 1. 1. The Development o f Böhme ’s Theological Vision in the Face o f Protestant Orthodoxy 7 § 1. 2. Hegel, Tübingen, and Protestant Orthodoxy 16 Section Two Heterodox Leanings 27 § 2. 1. Böhme ’s Period o f Silence and the Failure o f Hermeticism 28 § 2. 2. Hegel's Swabian Heritage 38 Section Three The Return to the Reformation 53 § 3. 1. Böhme ’s Return to the Reformation 54 § 3. 2. Hegel the Reformer? 68 § 3. 3. 1. Liberating Religion from Representation 76 CHAPTER II THE CONCEPT OF GOD 86 Section One The Father 91 § 1. 1. Böhme 's Conception o f the Deus Absconditus 96 § 1. 2. Hegel’s Treatment o f Böhme 's Trinitarian Dynamic 107 § 1. 3. H eg e l’s G od and its H istorical Traces 112 Section Two The Son 119 § 2. 1. The Personhood o f the Trinity 120 §2. 2. The Incarnation 130 Section Three The Holy Spirit 144 § 3. -
Testosterone Deficiency: a Historical Perspective
Asian Journal of Andrology (2014) 16, 161–168 © 2014 AJA, SIMM & SJTU. All rights reserved 1008-682X www.asiaandro.com; www.ajandrology.com Open Access INVITED REVIEW Testosterone deficiency: a historical perspective Eberhard Nieschlag1,2, Susan Nieschlag1 The biological effects of the testes and testosterone are known since antiquity. Aristotle knew the effects of castration and his Male Endocrinology hypothesis on fertilization is one of the first scientific encounters in reproductive biology. Over centuries, castration has been performed as punishment and to produce obedient slaves, but also to preserve the soprano voices of prepubertal boys. The Chinese imperial (and other oriental) courts employed castrates as overseers in harems who often obtained high‑ranking political positions. The era of testis transplantation and organotherapy was initiated by John Hunter in London who transplanted testes into capons in 1786. The intention of his experiments was to prove the ‘vital principle’ as the basis for modern transplantation medicine, but Hunter did not consider endocrine aspects. Arnold Adolph Berthold postulated internal secretion from his testicular transplantation experiments in 1849 in Göttingen and is thus considered the father of endocrinology. Following his observations, testicular preparations were used for therapy, popularized by self‑experiments by Charles‑Edouard Brown‑Séquard in Paris (1889), which can at best have placebo effects. In the 1920s Sergio Voronoff transplanted testes from animals to men, but their effectiveness was disproved. Today testicular transplantation is being refined by stem cell research and germ cell transplantation. Modern androgen therapy started in 1935 when Enrest Lacquer isolated testosterone from bull testes in Amsterdam. In the same year testosterone was chemically synthesized independently by Adolf Butenandt in Göttingen and Leopold Ruzicka in Basel. -
Scientific Atheism and Its Deputies in 19Th–21St Centuries: Religion's
196 СОЦИОЛОГИЯ НАУКИ И ТЕХНОЛОГИЙ. 2020. Том 11. № 3 ANASTASIA SERGEEVNA CHERNYSHEVA Bachelor’s Programme ‘History’ student , National Research University Higher School of Economics, Faculty of the Humanities, School of History, Moscow, Russia; e-mail: [email protected] Scientific Atheism and its Deputies in 19th–21st Centuries: Religion’s Substitutes, Irreligious Rights Movement and Anti-Creationism Non-Fiction УДК: 001:2 DOI: 10.244411/2079-0910-2020-13012 This article questions the reemergence of scientific antireligious activist movements in the last centuries. Considering intellectual and political aspects of scientific materialism, Monist and New Atheism movements’ programs as well as the historical context of their development a number of structural similarities is being drawn. Notably, the Darwinian theory of evolution in monistic dysteleological interpretation represents the main rhetoric weapon of atheistic science popularizers against opponents. Also, science is employed as a tool of ‘freethought’ communities’ formation and campaigning for irreligious rights and against creationism’s intellectual expansion. However, if earlier atheistic science popularizers were quite explicit on their world change ambition, contemporaries show no interest to author some new science-inspired worldview systems or political projects. Keywords: Scientific materialism, Monism, New Atheism, Scientism, Freethought Movements, Darwinian Evolutionary Theory. Introduction Intellectual and political program of the contemporary Anglo-American freethought scientists (R. Dawkins, D. Dennett, S. Harris) reproduces the key statements of German scientific materialists (L. Buchner, C. Vogt, J. Moleschott) [Büchner, 1900, S. 25], popular in the second half of the 19th century — first decade of the 20th century. So as the ‘horsemen’ of the New Atheism, trio of ‘wandering preachers’ plus E. -
Theorising Race and Evolution – German Anthropologie's Utilisation of Australian Aboriginal Skeletal Remains During the Long Nineteenth Century
Theorising Race and Evolution – German Anthropologie's utilisation of Australian Aboriginal skeletal remains during the Long Nineteenth Century Antje Kühnast A thesis in fulfilment of the requirements for the degree of Doctorate of Philosophy University of New South Wales School of Humanities and Languages Faculty of Arts and Social Sciences September 2017 1 THE UNIVERSITY OF NEW SOUTH WALES Thesis/Dissertation Sheet Surname or Family name: Kühnast First name: Antje Other name/s: Abbreviation for degree as given in the University calendar: PhD School: Humanities and Languages Faculty: Faculty of Arts and Social Sciences Title: Theorising race and evolution – German Anthropologie's utilisation of Australian Aboriginal skeletal remains during the Long Nineteenth Century Abstract 350 words maximum: (PLEASE TYPE) This thesis investigates the German physical anthropological discourse on Australian Aborigines during the long nineteenth century. It particularly explores, on the basis of contemporaneous German-language scientific publications, the way in which German physical anthropologists utilised Australian Aboriginal skeletal remains for their theorising on human diversity and evolution. One focus lies on the discussion of the Neuholländer or Australier in its various manifestations: ranging from the speculative theorising of the late Enlightenment period to the natural scientific, physical anthropological investigations of the mid-nineteenth to early twentieth centuries. It is shown that German physical anthropologists first relied on, and -
Deciding the Undecidable: Wrestling with Hilbert's Problems
Deciding the Undecidable: Wrestling with Hilbert’s Problems Solomon Feferman∗ In the year 1900, the German mathematician David Hilbert gave a dramatic address in Paris, at the meeting of the 2nd International Congress of Mathematicians—an address which was to have lasting fame and importance. Hilbert was at that point a rapidly rising star, if not superstar, in mathematics, and before long he was to be ranked with Henri Poincar´eas one of the two greatest and most influential mathematicians of the era. Like Poincar´e, Hilbert worked in an exceptional variety of areas. He had already made fundamental contributions to algebra, number theory, geometry and analysis. After 1900 he would expand his researches further in analysis, then move on to mathematical physics and finally turn to mathematical logic. In his work, Hilbert demonstrated an unusual combination of direct intuition and concern for absolute rigor. With exceptional technical power at his command, he would tackle outstanding problems, usually with great originality of approach. The title of Hilbert’s lecture in Paris was simply, “Mathematical Problems”. In it he emphasized the importance of taking on challenging problems for maintaining the progress and vitality of mathematics. And with this, he expressed a remarkable conviction in the solvability of all mathematical problems, which he even called an axiom. To quote from his lecture: Is the axiom of the solvability of every problem a peculiar characteristic of math- ematical thought alone, or is it possibly a general law inherent in the nature of the mind, that all questions which it asks must be answerable?...This convic- tion of the solvability of every mathematical problem is a powerful incentive to the worker. -
The Political Organism: Carl Vogt on Animals and States in the 1840S and 50S Lynn K. Nyhart* *Program in the History of Science
1 The Political Organism: Carl Vogt on Animals and States in the 1840s and 50s Lynn K. Nyhart* *Program in the History of Science, Medicine, and Technology, University of Wisconsin – Madison, Madison, WI 53706, [email protected] ABSTRACT: How do the discourses of biology and politics interact? This article uses the case of Carl Vogt (1817-1895), a German zoologist, physiologist, and radical political activist in the German revolutions of 1848-49, to examine the traffic across the discourses before, during, and after the revolutions. It argues that the key metaphors of the “state-as-organism” (used largely by political theorists) and the “organism-as-state” (used mainly by biologists) did different work for each group in the 1840s and 1850s. Vogt himself was the rare individual who actively played with both metaphors, in defense of both his radical political views and his materialist biology. I examine especially closely his scholarly biological studies of siphonophores—marine invertebrates that looked like single organisms but were generally agreed to be collections of individuals (“states” or “colonies”), and his use of this creature for political satire after the revolution failed. More broadly, while attention to the organism-as-state peaked in the early1850s, the state-as-organism metaphor gained new possibilities. Whereas earlier it generally referred to an idealist or “ethical” meaning of “organism,” in the 1850s a new, “realistic” interpretation came onto the political scene, bearing a more strictly biological meaning of the term. The article ends with a brief analysis of the asymmetries between the two metaphors and their positions within nineteenth-century German natural science and politics. -
Louis Agassiz
MEMOIR LOUIS AGASSIZ, 1807-1873. BY ARNOLD GUYOT. HEAD HEFOUE THE NATIONAL ACADEMY, Amu,, 1H78. • \'.\ BIOGRAPHICAL MEMOIR OF LOUIS AGASSIZ. Mr. PKKSIDKNT AND GENTLKMKX OF THE ACADHJVIY: For some time past there has been among us a vacant place which cannot easily be rilled. The extraordinary personal qualities of character, as well as the talents and attainments of its former occu- pant, render such a task indeed almost impossible. We, in common with all prominent scientific associations of the country, sorely miss in our meetings the genial countenance, the quick, intellectual eye, the animated words of a colleague who was one of the framers of this Academy, and who never, to his last hour, ceased to be its truest friend and one of the most active contributors. Such indeed was our lamented Loi'i.s AGASSIZ. His untimely death, under the weight of labors disproportionate even to his giant strength, we deeply mourn with all those who have at heart the progress of the science of nature. Mr. President, you have seen fit to entrust to me the duty of reviewing the life and labors of our departed associate, both for our own benefit and for that of the world at large. While I am deeply sensible of the honor thus conferred on me, I do not less deeply feel the weight of responsibility attached to the office, and almost wish that it had devolved upon one more specifically acquainted with the recent development of zoological science. But perhaps your choice was determined by the fact, well known to you, that, owing to cir- cumstances and to intimate relations of friendship, 1 have been enabled to watch, not only with the deepest interest as a lover of science, but with brotherly fondness, every step of Agassiz in his onward progress from the days of his youth to the time of his death. -
¿Ignoramus Et Ignorabimus?
¿Ignoramus et ignorabimus? Carlos TORRES ALC A R A Z En agosto de 1900 David Hilbert dictó una conferencia ante el pleno del Segundo Congreso Internacional de Matemáticas celebrado en la ciudad de París. El título de la misma era muy simple: “Problemas matemáticos”, un tema apropiado para el cambio de siglo.1 En ella, Hilbert emprendió la defensa de una convicción que le acompañó durante toda su vida: que todo problema matemático es susceptible de una solución exacta. Éste fue el punto de partida de sus subsecuentes reflexiones acerca del futuro de las matemáticas. Hilbert había pensado en esta cuestión durante mucho tiempo. Antes del Congre- so dudó entre abordar este tema o la relación entre las matemáticas y la física, un pun- to que Poincaré había contemplado tres años atrás. Su decisión final la tomó con base en una sugerencia de Minkowski: “sería más atractivo mirar hacia el futuro, enumerando una lista de problemas en los que los matemáticos habrían de ponerse a prueba durante el siglo venidero”.2 Se trata quizá de la conferencia más renombrada en la historia de las matemáticas. Tras precisar las exigencias que toda buena solución debe satisfacer, en la parte final presentó y analizó su famosa lista de 23 problemas individuales cuya resolución, pensaba, contribuiría al avance de las matemáticas en el siglo XX .3 La convicción de Hilbert En un encendido pasaje, Hilbert parte de la sugerencia de Minkowski para adentrarse en nuestro anhelo por anticipar el futuro: 1 David Hilbert, “Mathematical Problems” (trad. de Mary Winston Newson), en Proceedings of Symposia in Pure Mathematics, vol. -
Propositional Logic
Lecture 1 — Propositional Logic Ondrejˇ Lengal´ Faculty of Information Technology Brno University of Technology IAM’19 Logic What is (formal) logic? Logic can be considered as a branch of mathematics that studies universal principles of correct reasoning in various formal systems. “[Logic is] . the name of a discipline that analyzes the mean- ing of the concepts common to all the sciences, and estab- lishes the general laws governing the concepts.” —Alfred Tarski “To discover truths is the task of all sciences; it falls to logic to discern the laws of truth. I assign to logic the task of discovering the laws of truth, not of assertion or thought.” —Gottlob Frege Lecture 1 Propositional Logic IAM’19 2 / 47 A Brief History of Logic pre-Aristotle Zeno of Elea (490–430 BCE) I paradoxes: Achilles and the tortoise, arrow paradox, . I reductio ad absurdum = proof by contradiction Euclid (325–270 BCE) I (Elements—geometry) proofs follow axioms in a formal way I (as opposed to empirical methods) Socrates, Plato, Parmenides, . Liar Paradox (Eubulides) This statement is false. Lecture 1 Propositional Logic IAM’19 3 / 47 A Brief History of Logic Aristotle (384–322 BCE) The Father of Logic Organon: works on logic formal term logic (predec. of predicate logic) syllogisms to infer conclusions: Example (Modus Barbara) Example (Modus Calemes) All men are mortal. All men are mortal. Socrates is a man. Elvis is immortal. ) Socrates is mortal. ) Elvis is not a man. Lecture 1 Propositional Logic IAM’19 4 / 47 A Brief History of Logic Gottfried Wilhelm Leibniz