Wormholes in space are still a mystery. However, it is possible that scientists have found wormholes in space. Actually, previously this space object was only a guess.
Since many years ago, wormholes or wormholes a “myth” in space. No one has been able to locate it yet.
But it looks like wormholes won’t be just a myth. Because this time scientists seem to have managed to detect the presence of a mysterious space object.
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Do scientists find wormholes in space?
when black hole it is a mysterious space object that has been detected, so it is different from a wormhole or wormholes.
So far, wormholes have remained a mere hypothesis. However, scientists always try to prove its existence with various theories.
The hypothesis of the bridge that connects regions of space (and time) could be more or less the same as a garden of various types of black holes.
That is, it is possible that this legendary physical creature has never been seen before. Fortunately, if the latest model proposed by a team of physicists at Sofia University in Bulgaria is accurate, then they may still be able to spot the difference.
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What exactly is a wormhole?
In the world of physics and fiction, a wormhole is a hole in space that scientists describe as glowing. Some even say that wormholes are the opposite of black holes.
By definition, a wormhole is a shortcut through space and time. Until now, there is still no strong evidence of the existence of this object.
A wormhole is a solution to an equation describing Einstein’s theory of general relativity that connects two distant points in space or time through a tunnel.
Ideally, the length of the tunnel would be less than the distance between the two points, so this wormhole in space would be a shortcut.
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Attempts to prove the existence of wormholes
If you play long enough with Einstein’s theory of general relativity, you can show how the background space-time universe can not only form gravitational holes.
Unlike its dark cousin, this glowing hill will stay away from anything that comes its way. Wormholes will emit particles and radiation that have no hope of returning.
To find wormholes in black holes, you need an observatory like the Event Horizon Telescope.
The Sophia University team developed a simple ‘ring’ model of wormholes as magnetic fluid. Learning more about the limits of wormhole physics may reveal new ways to explore general relativity and the behavior of waves and particles.
Furthermore, studying wormholes in space also helps reveal where general relativity fails. Thus, making humans have a new way of seeing the universe. (R10/HR-Online)
