Global Anisotropy of Space and experimental investigation of changes in beta-decay count rate of radioactive elements
Yu.A.Baurov (Central Research Institute of Machine Building, Korolyov,, Moscow Region, Russia), A.A.Konradov (Russian Academy of Sciences, Institute, of Biochemical Physics, Moscow, Russia), V.F.Kushniruk, Yu.G.Sobolev, (Flerov Laboratory for Nuclear Reactions (FLNR)
TL;DR
This paper presents experimental findings on beta-decay rate variations and proposes a new physical theory linking space anisotropy to a fundamental vectorial constant and universe rotation.
Contribution
It introduces a novel physical conception of space formation based on byuons and links observed decay rate changes to a cosmological vectorial potential.
Findings
Detected variations in beta-decay count rates.
Proposed a new theory explaining space anisotropy.
Connected decay rate changes to universe rotation axis.
Abstract
The results of experimental investigations of changes in beta-decay count rate of radioactive elements, are presented, and an explanation of those on the base of a new physical conception of forming the observed three-dimensional space from a finite set of one-dimensional discrete vectorial objects (byuons), containing the cosmological vectorial potential, a new fundamental vectorial constant, is given. In the theory, the vector direction corresponds with that of the axis of Universe rotation being discussed in literature.
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Taxonomy
TopicsRadioactive Decay and Measurement Techniques · Radioactivity and Radon Measurements · Graphite, nuclear technology, radiation studies