Tekinsoy, M. A. ; TurÅucu, A.

2026
Cambridge Scholars Publishing Newcastle upon Tyne
ISBN: 9781036482268, 9781036482268

Newcastle upon Tyne : Cambridge Scholars Publishing : unabridged edition, 310 pages (2026)2026  

Abstract: This groundbreaking work challenges traditional notions of constants and invariance in physics by exploring how physical phenomena transform under kinetic and thermodynamic conditions. It demonstrates that every phenomenon emerges through causal and dual interactions, revealing that nothing in nature can be regarded as truly constant.Through a deep analysis of chaotic systems, the study shows how derivatives and integrals-used differently in physics than in mathematics-unveil the hidden order within complexity. Regular systems, it argues, are born from chaos itself, sustained by dynamic interactions and energy exchanges.The research also offers a new interpretation of fundamental concepts such as force, energy, and massification, uncovering how light, motion, and energy levels shape the very fabric of physical reality. Force is redefined as a potential magnitude derived from energy, while universal constants such as the Boltzmann constant are reconsidered as vector properties shaped by environmental conditions.At its heart, this book proposes a bold principle: all natural phenomena are interconnected, shaped by the medium in which they occur and the energy that sustains them. Constants, as we have known them, dissolve into a wider vision of dynamic interdependence.A daring synthesis of physics, mathematics, and philosophy of nature, this study opens new pathways for rethinking the fundamental order of the universe.