Shall We Vote on Values, but Bet on Beliefs?
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Governance in Decentralized Networks
Governance in decentralized networks Risto Karjalainen* May 21, 2020 Abstract. Effective, legitimate and transparent governance is paramount for the long-term viability of decentralized networks. If the aim is to design such a governance model, it is useful to be aware of the history of decision making paradigms and the relevant previous research. Towards such ends, this paper is a survey of different governance models, the thinking behind such models, and new tools and structures which are made possible by decentralized blockchain technology. Governance mechanisms in the wider civil society are reviewed, including structures and processes in private and non-profit governance, open-source development, and self-managed organisations. The alternative ways to aggregate preferences, resolve conflicts, and manage resources in the decentralized space are explored, including the possibility of encoding governance rules as automatically executed computer programs where humans or other entities interact via a protocol. Keywords: Blockchain technology, decentralization, decentralized autonomous organizations, distributed ledger technology, governance, peer-to-peer networks, smart contracts. 1. Introduction This paper is a survey of governance models in decentralized networks, and specifically in networks which make use of blockchain technology. There are good reasons why governance in decentralized networks is a topic of considerable interest at present. Some of these reasons are ideological. We live in an era where detailed information about private individuals is being collected and traded, in many cases without the knowledge or consent of the individuals involved. Decentralized technology is seen as a tool which can help protect people against invasions of privacy. Decentralization can also be viewed as a reaction against the overreach by state and industry. -
Joseph Gao EAS 499: Senior Thesis Advisor: Brett Hemenway [DRAFT]
Joseph Gao EAS 499: Senior Thesis Advisor: Brett Hemenway [DRAFT] Introduction to Cryptocurrencies for Retail Investors 1. ABSTRACT In the year 1998, roughly seven years before the smartphone revolution, (2007 marked the release of the iPhone, which arguably kicked off the ‘always online’ era that we live in today), Wei Dai published a proposal for an “anonymous, distributed electronic cash system”.(http://www.weidai.com/bmoney.txt). In the paper, Dai introduced two protocols to achieve his proposal - the first using a proof of work function as a means of creating money, and the second defining a set of servers responsible for keeping accounts, which must be regularly published, and verify balances for the other participants in the decentralized system. While B-money never took off, in part due to the impractical requirement of the first protocol that asks for a broadcast channel that is synchronous and unjammable, Wei Dai’s proposal planted the seeds of an idea that would later inspire Satoshi Nakamoto to publish the Bitcoin: A Peer-to-Peer Electronic Cash System white paper. This publication sparked a renewed wave of interest in distributed payment systems and resulted in thousands and thousands of new proposals and protocols to be developed in the next ten years. 2. INTRODUCTION The year of 2017 showed immense mainstream adoption in a number of cryptocurrencies. However, while mainstream chatter of these various cryptocurrencies has become nearly impossible to avoid, many retail investors are unfamiliar with the underlying technology powering each coin, according to studies performed by CoinDesk, Blockchain Capital, and The 1 University of Cambridge . -
The Future of Governance and the Open Web a Brief Overview
The Future of Governance and the Open Web A Brief Overview Blockchain technology has recently emerged as a critical 21st century general-purpose- technology with countless applications in the fields of finance, business, and politics. Because blockchain allows individuals to engage with institutions in very different ways, the need to re-think our relationship with institutions and the State becomes an important point of discussion. This includes not only the role of the State at a time of technical innovation and geopolitical fragmentation, but also a focus on how blockchain as a technology can improve the way we engage in politics, and help us build a better society. Two contrasting views on the role of blockchain have already emerged: One advocates for maintaining the current State authority structure while using blockchain to make citizens less dependent on institutions. This pathway would focus The Future of Governance and the Open Web 1 on the public development and implementation of smart contracts, digital ownership, DAOs, etc. but beneath the central authority. Another view, instead, promotes the adoption of blockchain technology as a preliminary approach to overcome the idea of centralised political institutions. This approach focuses on the value proposition of algorithm-based distributed consensus and how it might create the conditions for a society of equals outside existing state hierarchies (Marcella Aztori, Blockchain technology and decentralised governance: Is the State still necessary?, 2017, University College of London). The Fundamental Principles of Blockchain Governance Traditionally, the State has been in charge of coordinating and facilitating social and commercial engagements among groups of people. -
Types of Governments Cheat Sheet by Pryl Via Cheatography.Com/66402/Cs/16807
Types of Governments Cheat Sheet by pryl via cheatography.com/66402/cs/16807/ Corpora toc racy Anarchy Republic Oligarchy A form of government where a Anarchy is lack of a central Any of a wide variety of non- A form of government in which corpora tions, or government governm ent, as there is no one mon arc hical governm ents where power effecti vely rests with a small entities with private components recognized governing authority. eligibi lity to rule is determined by elite segment of society control the country. The U.S. is law. disting uished by royal, wealth, falling towards this direction. Anarchism intelle ctual, family, military or Theocracy religious hegemony. A form of government (or lack Democracy thereof) with no ruling hierarchy, A form of government in which a Plutocracy Government of the people, from the instead decisions are made at a god or deity is recognized as the people, for the people. directly democratic level: laws are state's supreme civil ruler. Rule by the wealthy, or power created by citizens alone, although provided by wealth. Fascism they may be enforced by Autocracy institu tions that are not publicly Stratoc racy Rule by a totalitarian and control led. A form of government in which the corpora tist governm ent. political power is held by a single, A system of government in which self-ap poi nted ruler. This should be there is no distinc tion between the Epistem ocracy Matriarchy disting uished from monarchy, military and the civil power. A utopian type of society and which involves some traditi onal Rule by women, or a government government in which people of basis for that power, usually birth, Tyranny which regards female humans as rank, including those holding and is often weakened (especi ally entitled to rule and to exercise political office, are those who in modern times) by the presence Rule by a selfish or otherwise bad power over men. -
What Is the Upper Limit of Value?
WHAT IS THE UPPER LIMIT OF VALUE? Anders Sandberg∗ David Manheim∗ Future of Humanity Institute 1DaySooner University of Oxford Delaware, United States, Suite 1, Littlegate House [email protected] 16/17 St. Ebbe’s Street, Oxford OX1 1PT [email protected] January 27, 2021 ABSTRACT How much value can our decisions create? We argue that unless our current understanding of physics is wrong in fairly fundamental ways, there exists an upper limit of value relevant to our decisions. First, due to the speed of light and the definition and conception of economic growth, the limit to economic growth is a restrictive one. Additionally, a related far larger but still finite limit exists for value in a much broader sense due to the physics of information and the ability of physical beings to place value on outcomes. We discuss how this argument can handle lexicographic preferences, probabilities, and the implications for infinite ethics and ethical uncertainty. Keywords Value · Physics of Information · Ethics Acknowledgements: We are grateful to the Global Priorities Institute for highlighting these issues and hosting the conference where this paper was conceived, and to Will MacAskill for the presentation that prompted the paper. Thanks to Hilary Greaves, Toby Ord, and Anthony DiGiovanni, as well as to Adam Brown, Evan Ryan Gunter, and Scott Aaronson, for feedback on the philosophy and the physics, respectively. David Manheim also thanks the late George Koleszarik for initially pointing out Wei Dai’s related work in 2015, and an early discussion of related issues with Scott Garrabrant and others on asymptotic logical uncertainty, both of which informed much of his thinking in conceiving the paper. -
A R E S E a R C H Agenda
Cooperation, Conflict, and Transformative Artificial Intelligence — A RESEARCH AGENDA Jesse Clifton — LONGTERMRISK.ORG March 2020 First draft: December 2019 Contents 1 Introduction 2 1.1 Cooperation failure: models and examples . .3 1.2 Outline of the agenda . .5 2 AI strategy and governance 8 2.1 Polarity and transition scenarios . .8 2.2 Commitment and transparency . .8 2.3 AI misalignment scenarios . 10 2.4 Other directions . 10 2.5 Potential downsides of research on cooperation failures . 11 3 Credibility 12 3.1 Commitment capabilities . 13 3.2 Open-source game theory . 13 4 Peaceful bargaining mechanisms 16 4.1 Rational crisis bargaining . 16 4.2 Surrogate goals . 18 5 Contemporary AI architectures 21 5.1 Learning to solve social dilemmas . 21 5.2 Multi-agent training . 24 5.3 Decision theory . 25 6 Humans in the loop 27 6.1 Behavioral game theory . 27 6.2 AI delegates . 28 7 Foundations of rational agency 30 7.1 Bounded decision theory . 30 7.2 Acausal reasoning . 31 8 Acknowledgements 35 1 1 Introduction Transformative artificial intelligence (TAI) may be a key factor in the long-run trajec- tory of civilization. A growing interdisciplinary community has begun to study how the development of TAI can be made safe and beneficial to sentient life (Bostrom, 2014; Russell et al., 2015; OpenAI, 2018; Ortega and Maini, 2018; Dafoe, 2018). We present a research agenda for advancing a critical component of this effort: preventing catastrophic failures of cooperation among TAI systems. By cooperation failures we refer to a broad class of potentially-catastrophic inefficiencies in interactions among TAI-enabled actors. -
Technological Revolutions: Ethics and Policy in the Dark1
TECHNOLOGICAL REVOLUTIONS: ETHICS AND POLICY IN THE DARK1 (2006) Nick Bostrom www.nickbostrom.com [Published in Nanoscale: Issues and Perspectives for the Nano Century, eds. Nigel M. de S. Cameron and M. Ellen Mitchell (John Wiley, 2007): pp. 129‐152.] Abstract Technological revolutions are among the most important things that happen to humanity. Ethical assessment in the incipient stages of a potential technological revolution faces several difficulties, including the unpredictability of their long‐term impacts, the problematic role of human agency in bringing them about, and the fact that technological revolutions rewrite not only the material conditions of our existence but also reshape culture and even – perhaps – human nature. This essay explores some of these difficulties and the challenges they pose for a rational assessment of the ethical and policy issues associated with anticipated technological revolutions. 1. Introduction We might define a technological revolution as a dramatic change brought about relatively quickly by the introduction of some new technology. As this definition is rather vague, it may be useful to complement it with a few candidate paradigm cases. Some eleven thousand years ago, in the neighborhood of Mesopotamia, some of our ancestors took up agriculture, beginning the end of the hunter‐gatherer era. Improved food production led to population growth, causing average nutritional status and quality of life to decline below the hunter‐gatherer level. Eventually, greater population densities led to vastly accelerated cultural and technological development. Standing armies became a possibility, allowing the ancient Sumerians to embark on unprecedented territorial expansion. 1 I am grateful to Eric Drexler, Guy Kahane, Matthew Liao, and Rebecca Roache for helpful suggestions. -
Smart Contracts and Distributed Ledger Technology: a Lawyer's Guide
Smart Contracts and Distributed Ledger Technology: A Lawyer’s Guide Presented by: Kenneth Moyle Clear Law Institute | 4601 N. Fairfax Dr., Ste 1200 | Arlington | VA | 22203 www.clearlawinstitute.com Questions? Please call us at 703-372-0550 or email us at [email protected] All-Access Membership Program ● Earn continuing education credit (CLE, CPE, SHRM, HRCI, etc.) in all states at no additional cost ● Access courses on a computer, tablet, or smartphone ● Access more than 75 live webinars each month ● Access more than 750 on-demand courses Register within 7 days after the webinar using promo code “7member” to receive a $200 discount off the $799 base price. Learn more and register here: http://clearlawinstitute.com/member Clear Law Institute, © 2017 Smart Contracts and Distributed Ledger Technology A Lawyer’s Guide Agenda Concepts and Confusion Smart Contracts: Theory and Reality The Lexicon • Legal vs. Technical viewpoints • Distributed Ledger • Common Accord • Blockchain Initial Coin Offerings and SAFTs • Cryptocurrency Regulatory Developments • Smart Contracts Statutory Developments Resources www.ClearLawInstitute.com (703) 372-0550 Clear Law Institute, © 2017 “ The digital revolution is radically changing the kinds of relationships we can have. What parts of our hard-won legal tradition will still be valuable in the cyberspace era? ” - Nick Szabo, 1996 “What is the best way to apply these common law principles to the design of our on- line relationships?” Integrity of record Trust in the Enforceability outcome under law www.ClearLawInstitute.com -
Crush Crypto Educational Series
The History of Digital Currency Educational Series November 26, 2018 Digital Currency Before Bitcoin • The creation of Bitcoin in 2009 marked the birth of the first digital currency to achieve widespread adoption across the globe. However, the concept of a secure digital currency has been around since the 1980s. • Previous attempts that inspired Satoshi Nakamoto’s creation of Bitcoin include: • DigiCash • Bit Gold • Hashcash • B-money For additional resources, please visit www.CrushCrypto.com. 2 Copyright © Crush Crypto. All Rights Reserved. DigiCash • Computer scientist David Chaum released the paper Blind Signatures for Untraceable Payments (1982) in which he outlined an alternative to the electronic transactions hitting retail stores at the time. His paper is considered one of the first proposals of digital currency in history. • He continued working on his proposal and eventually launched a company called DigiCash in 1990 to commercialize the ideas in his research. In 1994 the company put forth their first electronic cash transaction over the internet. For additional resources, please visit www.CrushCrypto.com. 3 Copyright © Crush Crypto. All Rights Reserved. DigiCash (continued) • DigiCash transactions were unique for the time considering their use of protocols like blind signatures and public key cryptography to enable anonymity. As a result, third parties were prevented from accessing personal information through the online transactions. • Despite the novel technology, DigiCash was not profitable as a company and filed a chapter 11 bankruptcy in 1998 before being sold for assets in 2002. • Chaum thought that DigiCash entered the market before e-commerce was fully integrated with the internet and that lead to a chicken-and-egg problem. -
Science and Technology Briefings– No
Briefing ___ Understanding Blockchain s ___ April 4 2 0 1 8 How A Blockchain Works Summary The protocol that powers Bitcoin appeared 10 years ago as a combination of existing technologies. The blockchain enables decentralized and secure transactions without the need for a trusted third party. The potential applications are much broader than just cryptocurrencies and while they are extremely promising, today the technology is generally not yet mature enough for large scale solutions. Further research and innovation are needed to solve blockchain’s scalability limitations as well as its high energy consumption. Source : OPECST from Blockchain France Mrs Valéria Faure-Muntian and Mr Claude de Ganay, Members of the National Assembly, Mr Ronan Le Gleut, Senator Context This memo answers a request from the common fact- The invention of hashcash by Adam Back in 1997 was a finding mission on “Use cases of the blockchain and significant achievement in the idea of validating other data certification technologies” created by the transactions using cryptographic hashes, called “proof National Assembly. It will be followed by a more of work”(4). The goal of these technologies is to remove advanced memo. What we refer to as the blockchain the need for “trusted third parties”, by relying instead are the technologies for storing and transmitting on a distributed network of trust based on an data allowing the creation of distributed, immutable “digital ledger”. duplicated ledgers, without a centralized authority, The obstacle to overcome lies in the problem of secured through cryptography, and organized into double spending (the risk that the same asset could be linked blocks of information at regular intervals of spent twice) and, more generally, around network fault time. -
UNIVERSITY of CALIFORNIA, IRVINE Algorithmic Authority of The
UNIVERSITY OF CALIFORNIA, IRVINE Algorithmic Authority of the Bitcoin BlockchAin THESIS submitted in pArtiAl sAtisfAction of the requirements for the degree of MASTER OF SCIENCE in InformAtics by CAitlin Lustig Thesis Committee: Professor Bonnie NArdi, Co-chair Professor Geoffrey C. Bowker Co-chair AssistAnt Professor JoshuA TAnenbAum 2018 © 2018 CAitlin Lustig DEDICATION To LAurA Louise Lustig (1993-2004) ii TABLE OF CONTENTS List of Figures ................................................................................................................. v List of Tables ................................................................................................................. vi Acknowledgements ....................................................................................................... vii Abstract of the Thesis ................................................................................................... xiii Preface ............................................................................................................................ 1 Chapter 1. Introduction ............................................................................................... 3 Chapter 2. The Importance of the Concept of an “Algorithm” ........................... 8 2.1. In Computer Science ........................................................................................... 10 2.2. In Critical Algorithms Studies ............................................................................. 11 2.3. The “Work” of Algorithms -
Astroturfing Infotopia
Astroturfing Infotopia Forthcoming, Theoria Gerry Mackie University of California, San Diego 9500 Gilman Dr., MC0521 La Jolla, CA 92093-0521, USA [email protected] March 2008 2 Introduction. The deliberative approach reigns in democratic theory. Yet, the institutional recommendations of deliberative democracy do not go far beyond the injunction to increase group discussion, in its sites, in its duration, and in the number of persons and issues involved. Actual deliberation, let’s say, is an institution of group discussion generally expected to yield benefits, in terms of all relevant values, more worthy than the costs. Who could be against that? Increasing discussion, however, is not the same as increasing deliberation: group discussion can have quite undesirable effects, or if positive in effect can still cost more than it’s worth. Thus, theoretical and empirical attempts to clarify the benefits and costs of group discussion in democratic politics are welcome. So far, the empirical results are mixed (Delli Carpini et al., 2004, Mendelberg 2002, Mutz 2006, McCubbins and Rodriguez 2006, Steiner et al. 2004, and others). Cass Sunstein’s Infotopia (2006) adds to worries about the benefits and costs of group discussion, and identifies novel methods of information aggregation that might usefully complement it in political democracy and elsewhere. Habermas’ ideal speech situation is an animating idea of deliberative democracy: where discussion is public and open to all, participants argue sincerely, each enjoys an equal right to participate, as Sunstein (2006) says, and, among other things, where there is an open agenda, no time and cost constraints, always the option to move the deliberation to a more reflective level, and unanimous agreement.