Time Travelling: A Fascinating Concept

The capacity to go through time, regardless of whether it is to fix a misstep before or acquire understanding into the future, has for some time been embraced by sci-fi and bantered by hypothetical physicists. While the discussion proceeds about whether going into the past is potential, physicists have discovered that making a trip to the future is unquestionably possible. The nearer an item gets to the focal point of the plunge, the quicker it speeds up. The focal point of the Earth's gravitational plunge is situated at the Earth's center, where gravitational speed increase is most grounded.

As per Einstein's hypothesis, since time moves all the more leisurely as you move quickly through space, the nearer an article is to the focal point of the Earth, the more slowly time moves for that item. A more emotional illustration of time expansion can be found in the film Interstellar when Matthew McConaughey and his group land on a planet with an outrageous gravitational field brought about by a close-by dark opening. On account of the dark opening's extraordinary gravitational impact, time eases back drastically for the group in the world, making one hour on a superficial level equivalent to seven years on Earth. This is the reason when the team gets back to Earth, Matthew McConaughey's girl is an elderly person while he seems, by all accounts, to be a similar age as when he left. So for what reason hasn't mankind prevailed with regards to taking such uncommon jumps forward on schedule? The response to this inquiry comes down to speed. With the end goal for mankind to send an explorer years into the future, we would either need to exploit the extreme gravitational speed increase brought about by dark openings or send the voyager soaring into space at near the speed of light (around 1 billion km/h).

By: Raghav Saxena
Birla School, Pilani