PREDICTING THE EXTENT OF TIME TRAVELING DONE AT DIFFERENT SPEEDS USING THE THEORY OF RELATIVITY

Our understanding of the universe has changed widely since Einstein‟s explanationof time as an axis. In this paper, we aim to study the effect of traveling at speeds beyond the limitassigned by Einstein in his theory of relativity. Using his very equations for time dilation, we willshow that it is not only possible to break down the barriers of time, but also to predict with certaintyabout the effects that a body will undergo if it travels beyond the limit of the speed of light. This articledeals with the mathematical proof of time travelling and the derivation of a general formula that isapplicable for all speeds greater than, the speed of light. The extent of time dilation will also be underdiscussion. This article concludes the variation in the dilation of time with concluding help ofexemplary questions and the extended articles used in the relativity equations. The methods and theconclusion of our paper conclude the result in favor of relative extension of time.