Yes, wormholes are theoretical passages through spacetime that could potentially exist according to some scientific theories. If they do exist, they could have significant implications for our understanding of the universe by allowing for faster-than-light travel and potentially connecting distant parts of the universe. However, their existence has not been proven and much more research is needed to fully understand their properties and implications.
Everybody. It's pretty easy to "discover" something when someone else has already written papers about it. Lots of people (really too many to list) worked on various implications and aspects of the theory.
Albert Einstein's greatest achievement was his development of the theory of relativity, which revolutionized our understanding of space, time, and gravity. This theory has had profound implications for modern physics and has been confirmed through numerous experiments and observations.
Einstein didn't really have any tools - other than his mind. He also didn't invent things - more discovered them. He built on the work of other scientists and used his own incredible intellect to discover and describe in more detail than anyone before him how the universe works. For example He then wrote down his descriptions of the universe in the language of physics - Maths. Hence is giving us the equation: E = mc2
Science does not have a definitive explanation for the origin of matter or energy. The Big Bang theory is currently the leading scientific explanation for the origin of the universe, where all matter and energy are believed to have originated from a singular point of infinite density and temperature. Further research and theory development are ongoing in the field of astrophysics to better understand these fundamental aspects of the universe.
In simple, average Joe terms, string theory says that all the particles in the universe are really little "strings", rather then the conventional ball-shape they are normally thought of. Unlike the balls (or more accurately, points) which are zero-dimensional, strings are one-dimensional. This has some very interesting implications, but to explain them would evolve out stepping a "simple definition". String theory is known for uniting both the physical laws of the large (Einsteins general relativity- stars, planets, and people) and the small (quantum mechanics- subatomic particles), which were previously incompatible. Short for super sting theory, now known as M-theory. This answer explains only the very basics of string theory.
Yes, it's possible but we really just don't know.
Maybe, maybe not!
Not sure what you mean by "recognized," but a worm-hole could (in theory) exist perfectly well in our Universe of three spatial dimensions. You couldn't really DO much with worm-holes in our Universe (they are too unstable) but they could exist.
Wormholes are hypothetical constructs; it is not known whether they actually exist, or whether the laws of physics even allow them to exist (if they do, artificial wormholes might be created).
they look like worm holes but even bigger. they are in space
no but modern understanding of the universe says this is not possible
It is not currently known whether wormholes exist, or whether it is really possible to build them. Any more specific answer would be speculation. To read some of the more "serious" speculation, I suggest you read the Wikipedia article on wormholes.
Not really. It's not utterly impossible, but it would require a major change in our current understanding of how the universe works.
The Universe keeps on expanding in all the sides so no one can really tell how high is the universe.
All together, the Iliad and the Oyssey have not helped us understand the universe, but more of understanding the writing ability, and creativity of the greek times. Seeing, though, that these are some of the most famous poems ever, that really shows something.
Some physicists believe that if wormholes exist, there is the possibility that time loops exist. Theories of time loops have existed since the 1950s.
The existence of primordial black holes could challenge current theories about the formation and evolution of the universe. They could provide insights into dark matter, the early universe, and the nature of gravity. Further research is needed to fully understand their implications.