For the first time it could have detected a wormhole or an Einstein-Rosen bridge
For the first time it could have detected a wormhole or an Einstein-Rosen bridge

We live in a time in which we have new tools and the new tools were giving us an advantage to discover things that until recently seemed incredible, for example, before Galileo's telescope, the only known natural satellite was the Moon, nothing else was known, there were no more natural satellites, Galileo discovered the satellites of Jupiter and from there, all the others were discovered.

When Galileo pointed his telescope at Saturn, he thought it was a planet with handles because they didn't know what rings were, they had no idea, there were two versions, one that Saturn had handles like a cup or that they were actually seeing three objects, Saturn in the center and two giant moons or something like that. It took around 4950 years until Huygens arrived in 1659 and discovered the true nature of Saturn as a ringed planet. But all of that was the revolution caused by being able to have a telescope and logically all those that came after, each time improving the observation capacity, opened our eyes to the universe, to more planets, to more moons, asteroids, to more comets, to stars, to galaxies later and now also to exoplanets.

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This is a real investigation, on May 21, 2019, Ligo and Virgo, which are two gravitational wave observatories, recorded something truly strange, a gravitational wave event of less than a tenth of a second in duration, that is very little, because the normal thing for these events is that the signals are much longer, the merger of black holes is quite scandalous when it comes to emitting gravitational wave signals and this turned out to be very brief, very rare, very In short, it didn't look like a black hole merger.

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This was in 2019 and these gravitational wave detectors, Ligo and Virgo, although they are colossal, they are built with two arms that are kilometers long, they are actually as primitive in perspective as what Galileo's telescope was, if we compare it with the current telescopes, that is, within a century or two centuries the Ligo and the Virgo will see it as something beautiful, but very primitive and what they are capturing, since they are the first signals that are also captured with the deficiencies that these observatories have for being the first in the future, with more powerful gravitational wave observatories, we will have a much clearer vision of all these events and we could detect more clearly if this is really what these researchers are aiming for, the signal of a wormhole and not just any one.
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A bold theory! Seems to be a trend in cosmology: You can´t explain something because it doesn´t fit into the model -> create some fancy stuff like dark matter, dark energy, wormhole echoes,...
Maybe the model itself is not correct at it´s base.
Little by little I start to think that the matrix theory (that we are run in a computer simulation) is more likely than all the bends and patches of the standard model.
If it is true, they name what we do not know as dark matter, but we are certain of its effect on the real meter, but I think that in this case it is like black holes, it is known that it can exist in theory but it had not been corroborated with evidence, until it was discovered and photographed, let's wait for more research on it.
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