Wormholes, hypothetical tunnels that connect one part of the universe to another, exist and hide in plain sight, in the form of black holes, according to a team of physicists from Sofia University in Bulgaria.
Research published in New Scientist says that some cosmic entities that scientists have identified as black holes may actually be wormholes.
Black holes are the most mysterious and puzzling objects ever discovered in the known universe. They are the densest objects known with a gravitational pull so great that not even light can escape them.
One question that has puzzled scientists and physicists since the discovery of black holes is, where does the swallowed matter go? It is theorized that these black holes lead to another type of abyss that emits streams of particles and radiation, also known as “white holes.”
And this is where our hypothetical wormholes come into play.
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What is a wormhole?
Wormholes are hypothetical bridge-like structures connecting one part of the universe to another.
In the 1930s, Albert Einstein and his colleague Nathan Rosen hypothesized that a wormhole is a tunnel connecting a black hole to a wormhole. This is why wormholes are also called Einstein-Rosen bridges.
Now, scientists are saying they may have confused a wormhole with a black hole. According to a study, the “mouth” of a wormhole may resemble black holes that have been found in space.
So how can we differentiate between the two?
Let’s find out.
The main difference between a wormhole and a black hole is that a wormhole is a funnel-shaped tunnel of space-time between two points between universes, while a black hole is a cosmic object that has an extremely large gravitational pull without any force. can get out.
Nothing can escape black holes once it has passed through them under the influence of gravity. However, according to theoretical models of wormholes, things will move in and out of them. So objects can escape from wormholes.
Many cosmic objects are influenced by black holes; conversely, wormholes link the two universes.
A big difference between black holes and worm holes is that black holes have solid evidence of their existence in space, whereas scientists have yet to discover any concrete evidence of their existence. at the wormhole.
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Two of the strangest and most unusual phenomena of space are black holes and worm holes, only one of which we can say for sure exists and the other we can only speculate about.
If Einstein’s general theory of relativity is proven *correct in the case of wormholes, it has the potential to change our view of space-time.
With the discovery of existing wormholes, time travel could actually become a reality.
*It is important to note that every prediction in Einstein’s general theory of relativity has been proven correct. So, according to some scientists, it was only a matter of time before Einstein stood right and discovered a wormhole in space.
Categories: Optical Illusion
Source: pagasa.edu.vn