For those who are passionate about stars and space. No one probably doesn’t know Wormholes or Einstein-Rosen Bridge. The Einstein-Rosen Bridge, for sure, is one that has been of interest since before the earliest space exploration as a theory of transcending time. Shortcuts that will take us to distant destinations in a short time. Although the results of these recent studies, scientists found that Relying on a wormhole to cross the universe doesn’t exist. Because there are many more limitations that cannot be solved or compensated for at present But that doesn’t make wormholes any less interesting. When other issues are discovered that are equally outstanding
Wormhole simulation. iflscience.com
Wouldn’t it be great if we could see the planets, stars, and other elements in the cosmic system light years away? Even if there is not enough advanced technology to get there. Recently, scientists have studied and computed with spherical symmetrical wormholes. Wormholes have been found to increase the magnification of observing the cosmos up to 100,000 times, using the same principles as microlenses, a tool that is already known to be useful. Because it is used to find free-floating planets. that could not be discovered by any other method before
The image shows the imaginary bridge across time of the wormhole. space.com
gravitational lens (Gravitational Lens) is a phenomenon with the same principle. is a condition that causes distortion of light even resulting in enlargement or reduction of the image that can occur Gravitational lenses produce multiple images of an object. Then we have to bring all of those images together to get the perfect picture we want. But the wormhole only produces 3 images, which means easier operation and higher accuracy.
The image shows the optical deviation of the gravitational lens. cfhtlens.org
The model of a spherical symmetrical wormhole that was built to test is an electrically charged one. The charge affects the natural direction of the light according to physics. The position of the negative or positive charge on the wormhole area is therefore important. And there are fixed characteristics that maximize the potential of magnification. If the wormhole exists and meets these discovered conditions, We will be able to take advantage of the wormhole properties. to power telescopes for space work In addition to helping to open up a new view of the universe as never before. It may even change the way space exploration is done to identify target objects.
- Interesting new perspective on questions. “Why didn’t the aliens contact us?”
- ally or foe Who knows how the aliens react?
- Atacama, a skeleton that was once thought to be an alien.
An artist’s imagination of the space inside the wormhole. livescience.com
More important, however, may be finding the wormhole. This was like a precious item that was extremely hard to find. It is evident from years of effort that it is still clear in theory. But that hasn’t diminished the scientist’s passion and determination. Because in the end, this study will not be wasted. Even if the wormhole was not found as expected It is unlikely that we will be able to create a more practical model instead in the future.
ref : iflscience
