Scientists Say They May Have Just Detected a Wormhole From Another Universe
Gravitational Wave Observates perceived Ligo and Virgo in 2019 Large fluctuations in space time.
Although astronomers agreed that the event, which is generally called the GW190521, is the result of two colliding with two colliding, a team of researchers at the Chinese Academy of Sciences suggested much more eyebrow removal.
As in detail Unpublished Paper– It was seen first SciencealertResearchers argue that Ligo and Başak have taken signals of a black hole collision in a different universe than ours.
“In this article, we investigate the likelihood of interpreting the GW190521 as a echo produced by a Postmerger Worm hole. [binary black holes] They are in another universe and they are connecting it to ourselves ..
In other words, Ligo and Virgo instruments echoed a black hole collision in another universe, so strong that he opened a temporary wormhole.
Although the team acknowledges that the judge acknowledges that the scientific association of scientific consensus prefers the standard dual black hole combining model, it is not important enough to ignore the possibility of a worm for the GW190521 event. ”
Researchers pointed out that the signal detected by the observations is “extremely short” over time. Traditionally, when two black holes collide, the resulting waveform grows as power as they approach each other, resulting in a teleltale “chirping,” like Sciencealert explains.
But the GW190521 wrote that “it lacks a clearly defined inspiration phase ,, which usually hugged the two astronomical bodies that accompany these collisions.
The inspiration of the collision should also occur in Ligo-Virgo observations, considering the black holes of the combination. estimated To be 142 times the mass of the Sun.
To support exotic hypotheses, researchers developed a wave form model of what would happen if the signal of a black hole collision in another universe was echoed through a wormhole. They argue that the surprisingly short signal may be the result of the collapse of the worm hole in question shortly after the collision.
They concluded that the modeled waveforms matched the ligo-virgo signal better than traditional explanations-but only leaving plenty of space for more research, just “a little”.
There is also a possibility that the same phenomenon is observed again. A new ligo-virgo detection of a suspicious black hole combination in 2023, The biggest one to dateIn addition, the researchers will be able to shed more light on the issue.
More information about black holes: Scientists detect a strange signal in gravity waves
