Let's try to answer the above question:
If we see a wormhole, in reality, it would appear round, spherical, a bit like a black hole.
Wormholes contain two mouths, with a throat connecting the two. The mouths would most likely be spheroidal. The throat might be a straight stretch, but it could also wind around, taking a larger path than a more conventional route might require.
For most of human history we thought space was very simple; a big flat stage where the events of unfolds. Even if we take down the set of planets and stars, there is still something left. This empty place or stage is called space which actually exists, unchanging and eternal. EINSTIEN'S THEORY OF RELATIVITY CHANGED THAT. The theory encompasses two interrelated theories:
1. Special relativity: It is mainly concerned with all physical phenomena in the absence of gravity.
2.General relativity: it is concerned with the law of gravitation and its relation to other forces of nature.
We know that space with its heavenly bodies and time make up the stage and they are not same everywhere. The things on stage can affect the stage itself, stretching and warping it. If the old stage is hard one then, according to Einstein 's theory the new stage is like a waterbed. This kind of elastic space can be bent and maybe even get torn and patched together, which could make wormholes possible.
WORMHOLES would allow travelling from one to another place in space at a very high speed.
SOME CLASSIFICATIONS:
1. EINSTIEN ROSEN BRIDGE
2.TRAVERSABLE WORMHOLE
3.MANMADE WORMHOLE
Manmade wormholes can be made but we need a special matter which must have negative mass.
As we know two objects having positive mass attract each other by what we call the gravitational force. Now the negative mass will actually repel and create a situation of antigravity which will enable the manmade wormhole props to open. THIS NEGATIVE MASS MATTER IS KNOWN AS EXOTIC MATTER.
WORMHOLES CAN HAVE DARK SIDES:
1. even after opening a single wormhole it may kind of break the universe in fundamental ways, potentially creating time travel paradox and violating the causal structure of the universe.
Avinash Kumar Singh
AEIE (1ST YEAR)
1953008
HIT-K
SOURCE- google imgs,
Wikipedia.
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