Embodying the Abstract ‘Time Variable’ of the Universe through Thermodynamics and the Theory of Space Quantization (TSQ)

Authors: Bhattacharya C*

DOI: 10.23880/oaja-16000142

Volume 2, Issue 2

Abstract

The world of general physics, cosmology, astronomy, and space physics has progressed rapidly with diversity and multidisciplinary research discoveries and inventions over the last two centuries. However, despite this significant advancement in science, the mystery of the physical variable ‘time,’ or what ‘time’ truly is, remained unresolved until the discovery of the Theory of Space Quantization (TSQ) or the Topological Theory of Quantum Gravity (TTQG). In this short review article, the development of the concept of time in TSQ is discussed and explained from the perspectives of topology, geometry, and thermodynamics. The impact on traditional thoughts or concepts in physics after incorporating the ‘time variable’ is also highlighted.

Keywords: Time Variable; Universe; Thermodynamics; TSQ; TTQG

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