This book overcomes the traditional dichotomy between knowledge and values. Drawing on European critical rationalism from Kant to Husserl, it illustrates a new conception of knowledge, showing its value and limits for scholars and anyone interested in a new image of science.
Nietzsche and Transhumanism
This collection deals with the question of whether or not Nietzsche can be seen as a precursor of transhumanism or not, addressing a variety of issues to show if there is a close connection between transhumanist concerns for progress and technology and Nietzsche’s ideas.
Aristotelian Metaphysics as a Unifying Paradigm for 21st Century Science
This book updates Aristotle’s foundational principles to remedy the fragmentation of knowledge. It provides a rational framework and common language for all, seeking answers to the question “why?,” not just “how?”, creating a unified approach to knowledge.
The Disembodied Mind
Is the mind entirely separate from physics? Relying on empirical science, this book presents a model of an objective mind completely unconnected with anything physical. The mind has no effect on the physical world, but, by free volition, navigates the world we experience.
The Truly Infinite Universe
By bringing speculative philosophy into conversation with quantum cosmology, this book develops Hegel’s metaphysics and Hawking’s theory on the origins of spacetime, revealing the universe as a self-generating, self-organizing, self-enclosed whole.
This book propounds a different conception of producing ideas, introducing semiotic reality—signs and sign systems. It shows how the interplay of three realities (the material world, signs, and the human mind) gives rise to new notions like metathinking.
Quine on Ethics
This first comprehensive treatment of Quine’s foray into ethics defends his infamous challenge to ethical theory: the methodological infirmity of ethics compared with science. The book demonstrates that the challenge is not only valid but valuable for reforming ethical reasoning.
Cyberspace Odyssey
This book deals with the last stage of the human odyssey: the exploration of cyberspace. As new technologies colonize our bodies and minds, the author investigates the implications for our culture and form of life. Winner of the Socrates Prize.
Quining and Unquining Qualia
This book challenges the claim that qualia—our subjective sensations—are illusions. It proposes that qualia are essential aspects of consciousness that lie beyond science’s reach, and are what distinguish human experience from artificial intelligence.
Arthur S. Eddington, The Nature of the Physical World
Arthur S. Eddington was a prominent scientist famed for confirming Einstein’s theory of relativity and interpreting modern physics for the public. His classic book, The Nature of the Physical World, had a significant influence on the understanding of 20th-century physics.
To make philosophy relevant, the author argues philosophers must go beyond their specializations to clarify how things hang together. This book has a novel emphasis on public morality, understanding it from an evolutionary perspective to raise moral standards.
Willing the Good
Science brings new insights into human agency, but can it be reduced to mere scientific facts? This collection of essays explores non-empiricist views, reconciling the scientific and manifest images of the world to reach a stereoscopic vision of reality.
This is the first comparative study of Kant and Herschel. Their model of the world dismissed the idea of a finite, static cosmos and introduced an evolutionary perspective that had a crucial influence on nineteenth- and twentieth-century astronomy.
While quantum mechanics is probabilistic, classical physics makes definite predictions. This book argues these predictions can be explained by the mathematics of special relativity, and explores the profound philosophical consequences. No advanced math or physics is required.
Our world became engineered, yet remains human. Through the philosophy of engineering, this book explores debates on the future of humankind in an era of robotics, genetic engineering, and nanotechnology, in an attempt to redefine our engineered future.