The Equivalence of Elementary Particle Theories and Computer Languages: Quantum Computers, Turing Machines, Standard Model, Superstring Theory, and a Proof that Godel's Theorem Implies Nature Must Be Quantum

Stephen Blaha is an internationally known physicist with interests in Science, the Arts, and Technology. He received his Ph.D. in Theoretical Physics from Rockefeller University (NY). He has written a highly regarded book on physics, consciousness and philosophy – Cosmos and Consciousness, a book on Science and Religion entitled The Reluctant Prophets, a book applying physics concepts to the history of civilizations, and books on Java and C++ programming. He developed a mathematical theory of civilizations that is described in The Life Cycle of Civilizations. Recently he completed a major new study of Cosmology: Quantum Big Bang Cosmology: Complex Space-time General Relativity, Quantum Coordinates, Dodecahedral Universe, Inflation, and New Spin 0, ½, 1 & 2 Tachyons & Imagyons. He has served on the faculties of several major universities. He was an Associate of the Harvard University Physics Faculty for twenty years (1983-2003). He was also a Member of the Technical Staff at Bell Laboratories, a member of management at the Boston Globe Newspaper, a Director of Wang Laboratories, and President of Blaha Software Inc and Janus Associates Inc. (NH). Dr. Blaha is noted for contributions to elementary particle theory, mathematics, Condensed Matter Physics, and Computer Science. Among other achievements he was a co-discoverer of the r potential” for heavy quark finding developing the first (and still the only demonstrable) non-abelian gauge theory with an r” potential (1974); first suggested the existence of topological structures in superfluid He-3 (1975); first proposed Yang-Mills-like theories would appear in condensed matter phenomena with non-scalar order parameters (1977); first developed a grammar-based formalism for quantum computers and applied it to elementary particle theories (2000); first developed a new form of quantum field theory without divergences thus solving a major 60 year old problem and enabling a unified theory of the Standard Model and Quantum Gravity without divergences to be developed (2003); first developed a formulation of complex General Relativity based on analytic continuation from real space-time (2004); first developed a generalized non-homogeneous Robertson-Walker metric that enabled a quantum theory of the Big Bang to be developed without singularities at t = 0 (2004); first generalized Cauchy’s theorem and Gauss’ theorem to complex curved multi-dimensional spaces (2004); first developed a physically acceptable theory of faster-than-light particles – tachyons – of any spin (2004); first showed a universe with three complex spatial dimensions has an icosahedral symmetry (2004); first developed the method of the composition of extrema in the Calculus of Variations; first suggested that inflationary periods in the history of the universe were not needed (2004); first proved that Godel's Theorem implied Nature must be quantum (2005), and first developed a quantitative harmonic oscillator-like model of the life cyclBlaha, Stephen is the author of 'The Equivalence of Elementary Particle Theories and Computer Languages: Quantum Computers, Turing Machines, Standard Model, Superstring Theory, and a Proof that Godel's Theorem Implies Nature Must Be Quantum' with ISBN 9780974695822 and ISBN 0974695823.