Measurement problem in Program Universe. Revision

Physics

Scientific paper

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Combinatorial Analysis, Computer Programs, Cosmology, Elementary Particles, Measurement, Philosophy, Quantum Mechanics, Theoretical Physics, Universe, Conservation Laws, Momentum Theory, Relativistic Particles, Scattering

Scientific paper

The measurement problem of contemporary physics is in our view an artifact of its philosophical and mathematical underpinnings. We describe a new philosophical view of theory formation, rooted in Wittgenstein, and Bishop's and Martin-Loef's constructivity, which obviates such discussions. We present an unfinished, but very encouraging, theory which is compatible with this philosophical framework. The theory is based on the concepts of counting and combinatorics in the framework provided by the combinatorial hierarchy, a unique hierarchy of bit strings which interact by an operation called discrimination. Measurement criteria incorporate c, h-bar and m/sub p/ or (not and) G. The resulting theory is discrete throughout, contains no infinities, and, as far as we have developed it, is in agreement with quantum mechanical and cosmological fact.

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