New Cosmological Induced Time model (NCITM) by M Owais

This paper presents a novel theoretical framework—which proposes that time is not linear but cyclic and dynamically governed by the evolution of entropy in spacetime. Integrating elements from general relativity, thermodynamics, quantum field theory, and gravitational physics, this theory reinterprets gravity not as a force originating solely from mass or curvature, but as a secondary effect emerging from <b>cosmic entropy gradients</b>.The paper introduces and derives three major equations:<b>The Unified Entropic Tensor Field Equation</b> — extending Einstein’s field equations with an entropy-gradient term and memory kernel.<b>Quantum Field Equation with Entropic Coupling</b> — modifying scalar field dynamics by embedding entropy as a spacetime field.<b>Time Dilation Equation with Entropy Influence</b> — connecting time flow to local entropy, motion, and gravitational potential.Additionally, the theory addresses and provides solutions to key paradoxes and unexplained observations in modern physics, including:The flat rotation curves of galaxies without invoking dark matterTime anomalies in systems like Sirius B vs. the SunThe accelerated expansion of the universe without dark energyGravitational lensing due to entropic densityExperimental predictions are included, such as time drift in pendulum systems and entropy-based gravitational variations. The theory is supported by philosophical reasoning, observational consistency, and mathematical derivations.This work challenges the standard linear view of time and instead proposes that <b>entropy acts as the fundamental driver of temporal flow, curvature, and matter-energy behavior</b>. It lays the groundwork for a potential "Unified Entropic Field Theory" and proposes experimental models for verification.This preprint is shared for academic discussion, peer feedback, and future refinement. The author welcomes collaboration, critique, and exploration of potential cosmological tests.