Unifying Newton’s Force and Aether Dynamics: A First-Principles Mathematical Approach

Abstract

In this paper, we explore the resolution of the twin paradox through the lens of Muhammad Aslam Musakhail's closed fluid dynamic principle, which offers a novel interpretation based on the pre-Einsteinian concept of aether theory. Building on this principle, we develop a mathematical framework that defines the aether force as the difference between relativistic total mass and rest mass, which vanishes for stationary objects. This framework provides a fresh perspective on relativistic dynamics. We apply this theory to the twin paradox, a cornerstone of special relativity, demonstrating that the discrepancy in the twins' clocks arises due to the acceleration experienced by the traveling twin. Importantly, we hypothesize that the clock adjustment for the traveling twin begins not with the onset of acceleration but at the moment of trajectory reversal-when the twin transitions from outbound to inbound motion. This reinterpretation resolves the paradox within the context of the aether dynamic principle. Furthermore, we extend the framework to explore its implications for Solar flares, as detailed in our previous work, On the Aether Dynamics, Twin Paradox, and Ultimate Relativity of Solar Flares. A rigorous derivation of the aether force is presented, transforming it from a conjecture into a mathematically grounded concept. This derivation not only strengthens the theoretical foundation of the aether dynamic principle but also provides a unified approach to relativistic phenomena.