How Quantum is Life?

Voting Deadline: December 1, 2025 at 10AM US EST

Abstract

In this article, the scenario of dimensionality is claimed as the key foundation of nature to describe matter, space, energy and mass of the universe, in that, we explain that ‘dimensionality’ is not only to describes the dimensions of quantity but also the phenomena by which dimensions emerge, that is not described with our current assumptions. Non-expressiveness of, Quantum universe and Hierarchy of universe fails to describe a segmental universe for adapting the laws of thermodynamics and expresses the inability to unify gravitation with other fundamental interactions, in that, the current scenario of dimensionality on an inflationary universe predicts Gravitational collapse. Thus another scenario of dimensionality by ‘Coherently-cyclic cluster-matter universe model’ is adopted to investigate the foundations of nature in that the, ‘dimensionality’ appears by the eigen-rotations of cluster-matter strings is as three-dimensional tetrahedral-branes; and in this the fundamental matters are considered as string like structures rather than point like particles. Besides, ‘time’ is defined as discrete quantum time in reference with the flow of time that emerges from, eigen-rotations of cluster-matter strings in holarchy, in that Chiral symmetry descriptions is significant. Dark matter and Dark energy in relation with Neutrino, is considered to define a generic wave mechanics from Neutrino oscillation. Consistently, we recommend Parton as a string segment of quark and gluon that emerges new physics in accordance with the search of Higgs boson and evolve new assumptions on the foundations of nature. With these arguments, incompleteness of different cosmological models in reference with the causality of beginning, is explored and concluded that our Basic physical assumptions that are wrong in the foundations of nature is the ‘dimensionality’ and thus, adaptations on the existing scenario of dimensionality, is recommend.
Jayakar Johnson Joseph
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