NASA scientists simulate what we would see if we got into a black hole

The study of the universe and the innumerable mysteries that surround it is a reason for passion for many. In spite of everything that has advanced in recent years, it is impossible to know how much it remains to be known and discover. Thus, one of the figures that It is striking of the most curious is that of the black holeand now thanks to NASA – NATIONAL AERONAUTTICS AND space ADMINISTRATION – it is already possible to see it and know how its interior is.

A black hole It is nothing more than a region of space where gravity is more intense. This makes nothing escape from him and everything is absorbed, which makes him one of the most mysterious and extreme objects of the universe. To get to form three steps must be fulfilled. first, a massive star – from 20 to 30 times the mass of the sun – exhausts its fuel. Subsequently it explodes in a supernova, and finally concentrates the mass of its nucleus in a tiny space, at which time the black hole is born.

This way, Social networks have already echoed the NASA publication. As these publications affirm, in the video it is possible to observe how as the trip progresses, the traveler’s speed approaches the speed of light, making the surrounding light change due to relativistic effects.

NASA Simulation

He Glow of distant stars and overheated material In swirl around the black hole intensifies, appearing distorted and duplicate as gravity bends the light. Covering 400 million miles in approximately three hours, the simulation provides an impressive but sure way to experience a phenomenon that remains impossible to witness first hand.

Similarly, it is important to emphasize that not all black holes are the same. As professionals have studied, There are four types of black holes. The first and most common is the black hole of star dough, formed by collapsed stars. Also, located in the center of almost all galaxies are the supermassive black holes, formed by millions or billions of times the mass of the sun.

Los Black Holes of intermediate mass and microscopicnot detected but predicted by some theories, close the list of existing types of these objects. Thus, the fact that they alter the space and time around them makes them the object of fascination for many, as well as understand their extreme severity, quantum physics and relativity.