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Robert U. Ayres

    29 juin 1932 – 23 octobre 2023

    Robert U. Ayres est un physicien et économiste américain dont les travaux explorent fréquemment l'intersection de la physique, de l'économie et des études environnementales. Il examine les impacts à long terme du développement technologique et de la production industrielle sur la société et la planète. Le style d'Ayres se caractérise par une approche multidisciplinaire qui relie la rigueur scientifique à des évaluations critiques des systèmes sociaux et économiques. Ses nombreuses publications reflètent une profonde réflexion sur le développement durable et l'avenir de la civilisation.

    Computer Integrated Manufacturing
    The History and Future of Economics
    The History and Future of Technology
    On the Authorship Controversy: Evidence That Christopher Marlowe Wrote the Poems and Plays of William Shakespeare
    Turning Point
    Information, Entropy, and Progress
    • Information, Entropy, and Progress

      A New Evolutionary Paradigm

      • 324pages
      • 12 heures de lecture
      4,4(3)Évaluer

      Exploring evolution across diverse scales, this work connects geology, biology, and social systems through the lens of thermodynamics and information theory. The author introduces the concept of "distinguishability" information, illustrating how this universal knowledge influences evolutionary processes. By examining the interplay between resource use and self-organization, the book challenges conventional views and offers a fresh perspective on the dynamics of evolution, making it essential for those interested in economics and related fields.

      Information, Entropy, and Progress
    • Turning Point

      End of the Growth Paradigm

      • 192pages
      • 7 heures de lecture
      2,0(2)Évaluer

      The book critiques the current model of economic growth, arguing that it not only falls short of delivering benefits but also jeopardizes future security. It proposes a long-term strategy for economic revival called eco-restructuring, which emphasizes transitioning from goods production to services, closing material cycles, and reducing dependence on non-renewable resources. This approach aims to create a more sustainable and secure economic future.

      Turning Point
    • The book delves into the enduring myth that William Shakespeare of Stratford-on-Avon authored the plays attributed to him, scrutinizing the historical evidence that contradicts this claim. It highlights the absence of formal education, library access, and contemporary acknowledgment from fellow playwrights, posing significant questions about the legitimacy of this literary tradition. Through a critical lens, the narrative examines how this deception has persisted for nearly 400 years despite ongoing challenges to its credibility.

      On the Authorship Controversy: Evidence That Christopher Marlowe Wrote the Poems and Plays of William Shakespeare
    • The History and Future of Technology

      Can Technology Save Humanity from Extinction?

      • 848pages
      • 30 heures de lecture

      Focusing on the interplay between technology and societal evolution, Robert Ayres explores how technological advancements emerge primarily from societal needs rather than existing independently. He delves into the historical context of technology as a change agent, emphasizing its development in response to human demands and the evolutionary factors that shape these needs. This perspective challenges the notion of technology as a self-sustaining force, highlighting its deep connections to societal progress and challenges.

      The History and Future of Technology
    • The History and Future of Economics

      • 412pages
      • 15 heures de lecture

      Exploring the concept of energy as the fundamental substance of the universe, this book delves into the relationship between energy consumption and material transformation or information transmission. It critiques the labor theory of value as proposed by economists like Adam Smith and Karl Marx, suggesting that while it offers an initial understanding of value creation, it requires further refinement. The text aims to provide a deeper insight into the dynamics of value and energy in the context of economic theory.

      The History and Future of Economics
    • Computer Integrated Manufacturing

      Volume I: Revolution in Progress

      • 280pages
      • 10 heures de lecture

      The study delves into the significance of Computer Integrated Manufacturing (CIM) amidst global issues like nuclear disarmament and climate change. It posits that a new industrial revolution is emerging, characterized by the replacement of human capabilities with electronic sensors and computers in manufacturing processes. This transformation could have profound and unforeseen consequences, reminiscent of the first industrial revolution, which reshaped society in ways that were not initially anticipated. The work aims to explore these implications in a contemporary context.

      Computer Integrated Manufacturing
    • On Capitalism and Inequality

      Progress and Poverty Revisited

      • 248pages
      • 9 heures de lecture

      The book critically examines the current state of capitalism, highlighting the tension between its defenders and skeptics. It discusses how speculative practices, particularly in the financial sector, contribute to wealth inequality and environmental degradation. By analyzing evidence and arguments from both sides, the author delves into issues of wealth distribution, social mobility, and the impact of capitalism on billions of people. The exploration aims to provide a comprehensive understanding of the challenges facing modern capitalism.

      On Capitalism and Inequality
    • Energy, Complexity and Wealth Maximization

      • 618pages
      • 22 heures de lecture

      This book explores the mechanisms of wealth creation, often perceived as evolutionary "progress." The extensive flow of goods and services between producers and consumers relies on energy inputs from finite fossil fuels, a system established over the past 150 years. It outlines three key requirements for wealth creation, emphasizing that this process adheres to physical laws, typically following episodes of "creative destruction" where natural resources are exploited. Knowledge and natural capital, especially energy, will continue to drive human wealth generation as they have historically. The text raises critical questions about the future: Will the wealth engine continue to function, or will it falter? Can the emerging immaterial wealth of information and ideas within the knowledge economy compensate for the depletion of natural resources? These complex questions lack straightforward answers, but the book provides valuable insights into the challenges we face today. Praise from notable figures highlights its importance: Vaclav Smil emphasizes the need for decision-makers to grasp energy fundamentals; Prof. Dr. Ernst Ulrich von Weizäcker calls it impressive and thought-provoking; and RK Pachauri urges that it is essential reading for concerned citizens and global leaders.

      Energy, Complexity and Wealth Maximization