Bit-string Physics: A Finite and Discrete Approach to Natural Philosophy (Google eBook)
We could be on the threshold of a scientific revolution. Quantum mechanics is based on unique, finite, and discrete events. General relativity assumes a continuous, curved space-time. Reconciling the two remains the most fundamental unsolved scientific problem left over from the last century. The papers of H Pierre Noyes collected in this volume reflect one attempt to achieve that unification by replacing the continuum with the bit-string events of computer science. Three principles are used: physics can determine whether two quantities are the same or different; measurement can tell something from nothing; this structure (modeled by binary addition and multiplication) can leave a historical record consisting of a growing universe of bit-strings. This book is specifically addressed to those interested in the foundations of particle physics, relativity, quantum mechanics, physical cosmology and the philosophy of science. Contents: Non-Locality in Particle Physics; On the Physical Interpretation and the Mathematical Structure of the Combinatorial Hierarchy (with T Bastin, J Amson & C W Kilmister); On the Construction of Relativistic Quantum Theory: A Progress Report; Foundations of a Discrete Physics (with D McGoveran); Comment on OC Statistical Mechanical Origin of the Entropy of a Rotating Charged Black HoleOCO Anti-Gravity: The Key to 21st Century Physics; Crossing Symmetry is Incompatible with General Relativity; Operationalism Revisited: Measurement Accuracy, Scale Invariance and the Combinatorial Hierarchy; Discrete Physics and the Derivation of Electromagnetism from the Formalism of Quantum Mechanics (with L H Kauffman); Are Partons Confined Tachyons?; A Short Introduction to Bit-String Physics; Process, System, Causality and Quantum Mechanics: A Psychoanalysis of Animal Faith (with T Etter); and other papers. Readership: Researchers interested in the foundations of particle physics, relativity, quantum mechanics, physical cosmology and the philosophy of science."
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Foundations of a Discrete Physics
An Essay on Discrete Foundations for Physics
On the FineStructure Spectrum of Hydrogen
A Short Introduction to BitString Physics
BitString Physics Prediction of rj the Dark MatterBaryon Ratio and QM
Generalization of a Theorem of Malta and Palis 11
Necessary Conditions of Optimality for a Class of Semilinear
Semigroups and Exponential Stability of Nonautonomous Linear
Comment by D McGoveran on Our Joint Work
Other Second Order Corrections and Some Further Speculations
Comment on Statistical Mechanical Origin of the Entropy of
The Key to 21s1 Century Physics
Crossing Symmetry is Incompatible with General Relativity
Discrete Physics and the Derivation of Electromagnetism from
Discrete Physics and the Dirac Equation
Are Partons Confined Tachyons?
Permanence in PeriodicParabolic Ecological Systems with Spatial
Exponential Bounds for Bifurcation Functions in Singular Systems
Bifurcation from Homoclinic Orbits to a SaddleSaddle Point in
Continuity of Entropy for a TwoParameter Family of Bimodal Maps 101
The Search for Periodic Solutions in Neural Networks 117
Singular ReactionDiffusion Mixed BoundaryValue Quenching
Asymptotic Distribution of Entrance Times for Expanding Maps
algebra algorithm angular momentum ANPA assume asymptotic asymptotically stable attribute distance attribute velocity baryon Bastin bit-string bounded calculation classical combinatorial hierarchy condition conservation consider constant construction coordinate corresponding d-set d-sort David McGoveran defined definition denote derivation diffeomorphism Dirac equation discrimination discussion dynamical E-frame electromagnetic electron energy ensemble exists fine structure constant finite and discrete follows given gravitational H.P.Noyes hence independent input integral interaction interpretation interval invariant Kilmister label Lemma length lepton linear Markov chain Markov process mass Math mathematical matrix McGoveran measure momentum neutrinos Noyes orbit ordering operator paper parameter particle particle physics physicists positive problem PROGRAM UNIVERSE proof properties proton quantum mechanics quantum numbers quarks recursive relation relativistic result satisfies scale invariant scattering theory sequence solution space stability string subset symmetry Theorem theory transformation unique variables vector field zero
Page 119 - We construct the paniculate states of quantum physics by a recursive program which incorporates the non-determinism born of communication between asynchronous processes over a shared memory. Their quantum numbers and coupling constants arise from the construction via the unique 4-level combinatorial hierarchy. The construction defines indivisible quantum events with the requisite supraluminal correlations, yet does not allow supraluminal communication. Measurement criteria incorporate c, h-bar, and...
Page 62 - A luminous star, of the same density as the Earth, and whose diameter should be two hundred and fifty times larger than that of the Sun, would not, in consequence of its attraction, allow any of its rays to arrive at us; it is therefore possible that the largest luminous bodies in the universe, may, through this cause, be invisible.