The Twin Paradox Revisited and Reformulated -- On the Possibility of Detecting Absolute Motion

TL;DR

This paper revisits the twin paradox, challenges the conventional understanding of relativity, and argues for the possibility of detecting absolute motion, potentially reintroducing the concept of the luminiferous Aether.

Contribution

It introduces a symmetric twin paradox and argues that inertial observers can determine their own motion, challenging the core principle of relativity.

Findings

Proposes that inertial observers can detect their absolute motion.

Revises the twin paradox to include a symmetric case.

Suggests an experiment to test for absolute motion.

Abstract

The famous twin paradox of the Special Theory of Relativity by Einstein (1905) is revisited and revised. This paradox is not a paradox in the true sense of a paradox but a reflection of a misunderstanding of the problem and the Principle of Relativity. The currently accepted solution to this takes into account the accelerations and deceleration of the traveling twin thus introducing an asymmetry that solves the paradox. We argue here that, with the acceleration and deceleration neglected, the problem is asymmetric hence leading to the same conclusion that the traveling twin will age less than the stay at home. We introduce a symmetric twin paradox whose solution can not be found within the currently accepted provinces of the STR if one adopts the currently accepted philosophy of the STR namely that it is impossible for an inertial observer to determine their state of motion. To resolve this, we present (in our modest view) a simple and convincing argument that leads us to conclude that it must be possible for an inertial observer to determine their own state of motion. With this, we are able to solve the symmetric twin paradox. The fact that it is possible for an inertial observer to determine their state of motion -- brings us back to the long rejected idea of an all pervading and permeating medium -- the Aether, namely the Lorentz luminiferous Aether. An experiment capable of validating or invalidating this claim is suggested.