The Large, the Small and the Human MindRoger Penrose's original and provocative ideas about the largescale physics of the Universe, the smallscale world of quantum physics and the physics of the mind have been the subject of controversy and discussion. These ideas were proposed in his bestselling books The Emperor's New Mind and Shadows of the Mind. In this book, he summarises and updates his current thinking in these complex areas to present a masterful summary of those areas of physics in which he feels there are major unresolved problems. Through this, he introduces radically new concepts which he believes will be fruitful in understanding the workings of the brain and the nature of the human mind. These ideas are challenged by three distinguished experts from different backgrounds: Abner Shimony and Nancy Cartwright as philosophers of science and Stephen Hawking as a theoretical physicist and cosmologist. Roger Penrose concludes with a response to their thoughtprovoking criticisms. 
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Review: The Large, the Small and the Human Mind
User Review  GoodreadsGreat little book  found it in paperback at a bookstore  surprised at hw good a read it was. Read full review
Review: The Large, the Small and the Human Mind
User Review  GoodreadsI was all enthusiastic about this book, but I couldn't get through it. Not sure if it's the writing or my own limitations as a reader (probably a mixture of the two). Read full review
Contents
Spacetime and Cosmology  vii 
The Mysteries of Quantum Physics  34 
Physics and the Mind  77 
On Mentality Quantum Mechanics and the Actualization of Potentialities  128 
Why Physics?  145 
The Objections of an Unashamed Reductionist  153 
Roger Penrose Responds  157 
Goodsteins Theorem and Mathematical Thinking  170 
Common terms and phrases
Abner Shimony according actually argument believe Big Bang Big Crunch biology black holes bomb brain Chapter classical level coherence complex numbers computation concepts consciousness curvature dead cat decoherence density matrix describe deterministic diagram effect energy entangled entropy equation Euclidean evolution example experiment fact fundamental geometry Godel going Goodstein's theorem Hameroff human idea illustrated in Figure involved kind known laws light cone Lobachevskian look Malcolm Longair mathematical measurement mental microtubules mind mirror mysteries Nancy Cartwright natural number neurons Newtonian noncomputable nonlocality objective reduction Observer ontology particles photon physical world picture Planck length plane Platonic world polyominoes potentialities precise probability problem procedure quan quantum gravity quantum level quantum mechanics quantum superposition quantum theory Relativity Roger Penrose seems simulate spacetime sphere spin Stephen Hawking structure superposition synapse tells things tile timescale tion Turing understanding vector viewpoint Weyl Zmysteries