Cosmos and Consciousness: Quantum Computers, Superstrings, Programming, Egypt, Quarks, Mind Body Problem, and Turing Machines 2nd edition

Cosmos and Consciousness presents a simple idea with potentially profound implications not only for Science but also for Philosophy. It develops a new foundation, at both a popular, and a technical level, for current fundamental theories of elementary particles, the Standard Model and SuperString Theory. Both of these theories can be placed on a quantum computer language foundation. The idea: elementary particles such as electrons, quarks and so on can be viewed as the "letters" or symbols of a cosmic alphabet, or cosmic code, in a computer grammar (language). A new view of reality emerges from this perspective: the universe is one "tremendous" word. This new theoretical basis is consistent with all known physical experiments and theory. Cosmos and Consciousness explores this challenging idea showing how fundamental physics theories can be based on quantum computer languages, and incidentally developing many new features of Quantum Computers. A Quantum Computer is a type of computer that is based on quantum mechanics. The obvious analogy of "the universe as a word" to religious and philosophical concepts such as the "Word" leads to a comparison of this view with parallel ideas in these disciplines. It brings Science to a startling similarity with the religious concept of the Word - a concept that is not only Christian but is also prominent in Judaism, and was prominent even earlier in the Ancient Egyptian religion 5000 years ago. With the universe reduced to a word - structured by the laws of physics - and matter reduced to symbols the book shows the insubstantiality of the universe in its most fundamental parts. Human Consciousness is similarly insubstantial. So Cosmos and Consciousness then analyzes human Consciousness and shows it can be viewed as a classical probabilistic computer. A classical probabilistic computer is similar to a Quantum Computer with the main practical difference being that its probabilities are not quantum but classical in origin.