When we talked about space, we all already heard about the famous black buracos. More according to Einstein, there could be regions of space that are much less known and more fascinating.: the white buracos.
But let’s go a little further back. Albert Einstein presented his general theory of relativity more than a century ago, suggesting that gravitation is a geometric phenomenon.
Thanks to this, we understand that matter, when accumulated in large quantities, can curve space-time, thus affecting the movement of particles and two celestial bodies.
We take this phenomenon to the extreme, When the matter is very compacted, it can form a black lump.an astronomical object from which no light can escape.
And how many years are white buracos?
On the other hand, we can say that The theory of two white buracos proposes a very complex concept.
These would be regions of space-time that, instead of capturing everything around them, It would expel matter and light to the exterior.
Basically, imagine the process of forming a black buraco, but on the contrary, where what was an extreme compaction of matter suddenly expands outwards.
In this way, physics behind two white buracos suggests that, due to the same gravitational force as the black buracos, its behavior in relation to the event horizon would be diametrically opposed: eJust as nothing can emerge from a black buraco, everything can emerge from a white buraco.
Um portal for or past?
Given to your Reverse nature in comparison with black buracosthe question arises: Can the white buracos act as you carry for the past?
As a black buraco represents a point without return, a white buraco, theoretically, It could be the exit from a tunnel where matter and light emerge..
We consider space-time as a fabric that can be distorted, the idea that a white bureau can function as a bridge for previous moments is not totally absurd within the theoretical framework of general relativity.
But he is not deluded. The white buracos still remain as pure theory, because we don’t know if they really exist.
In truth, if they exist, these structures would be extremely complicated, which would make their study or even mere detection very complicated and difficult with current technology.
Black buracos vs. white buracos
Likewise, we have all the theoretical tools to talk for hours about these possible white and black buracos.
Nesse context, a more frequently asked question may be more obvious: o What would happen if the white buracos collided with the black ones?
And yet, his answer – theoretically embodied – is also fascinating. It happens that the combined mass would result in a larger black buraco, because it is believed that the black buraco would “absorb” the white one.
However, within the nature of time and space, these types of theories still fit, as concepts such as traveling to the past could be possible.