Time travel, Clock Puzzles and Their Experimental Tests

TL;DR

This paper explores the theoretical predictions of time travel and clock paradoxes in Einstein's relativity, reviews experimental evidence for time dilation effects, and discusses potential practical applications of these temporal phenomena.

Contribution

It provides a comprehensive analysis of the mathematical predictions, experimental tests, and possible real-world implications of relativistic time phenomena.

Findings

Experimental evidence supports time dilation effects near rotating bodies.

Relativity predicts specific temporal phenomena in strong gravitational fields.

Potential applications of relativistic time effects in technology are discussed.

Abstract

Is time travel possible? What is Einstein's theory of relativity mathematically predicting in that regard? Is time travel related to the so-called clock 'paradoxes' of relativity and if so how? Is there any accurate experimental evidence of the phenomena regarding the different flow of time predicted by General Relativity and is there any possible application of the temporal phenomena predicted by relativity to our everyday life? Which temporal phenomena are predicted in the vicinities of a rotating body and of a mass-energy current, and do we have any experimental test of the occurrence of these phenomena near a rotating body? In this paper, we address and answer some of these questions.