Authors: Steve faulkner
In 2008 Tomasz Paterek et al published experiments demonstrating that quantum randomness results from logical independence. That independence is seen evident in a Boolean formalism. The job of this paper is to derive implications for Matrix Mechanics. Surprisingly (and apparently unwittingly), Paterek's Boolean formalism asserts and demands a non-unitary environment for eigenstates, which is freely restricted to logically independent unitary structure, wherever the creation of superposition states demands unitarity. Consequently, the Paterek experiments contradict the Quantum Postulate which imposes unitary, Hermitian and Hilbert space structures, axiomatically as blanket ontology, across the whole theory. Examination of the ‘non-unitary to unitary transition’ reveals the machinery of quantum indeterminacy. That machinery involves self-referential circularity, inaccessible history, and the geometrical ambiguity of perfect symmetry. The findings here provide answers for researchers studying Foundations of Quantum Mechanics; they make intuitive good sense of indeterminacy; they provide reason and significance for observable operators and eigenvectors; and they should be helpful for those interested in the Measurement Problem, the EPR paradox and possibly those looking for a method to quantize Gravity.
foundations of quantum theory, quantum randomness, quantum indeterminacy, logical independence, self-reference, logical circularity, mathematical undecidability.
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