Quantum Theory and Relativity

Abstract

STARTING from the assumption that the possibilities of defining and measuring high relative impulses are limited in a new way, because of the nature of β-ray forces (with participation of neutrinos) and because of the appearance of explosion showers in the high-energy collisions, an attempt is made to solve the convergence difficulties of quantum theory. The proposed solution is based on a new kind of algebra of quantum states and observables, and on the assumption of the existence of a new kind of indetermination arising from the interaction of high-energy particles with the measuring apparatus.

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WATAGHIN, G. Quantum Theory and Relativity. Nature 142, 393–394 (1938). https://doi.org/10.1038/142393b0

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