The James Webb Telescope has finally detected the first Wormhole to another Galaxy



What the James Webb Telescope just spotted in space shocks the whole industry!

The universe is a huge stage full of astonishing phenomena that, in many cases, are out of the understanding of modern science. Thanks to the advance of astronomical technology, researchers have begun to detect events and objects that defy known physical laws. Recently, scientists found themselves puzzled: a black hole expelled material in an inexplicable way, raising new questions about the functioning of these colossal cosmic objects.

The enigmatic matter ejection event



A radio telescope in New Mexico captured an unusual phenomenon in June 2021: a black hole ejecting material into space, despite not having "ingested" anything in years. Such behavior is extremely rare because black holes, by virtue of their enormous gravity, normally absorb everything that approaches their event horizon.

The event was followed closely by an astrophysical team using six telescopes, spread across North America, South America, Africa, Australia and outer space. The research associates this ejection of matter to a star consumed by the black hole three years ago. It was documented in the scientific circles under the name AT 2018 HZ, causing waves in the community.

Scientific explanations: Tidal disruption event?

One of the most robust hypotheses proposes that this might be a tidal disruption event : a process whereby a star is torn apart by extreme gravitational forces when it strays too close to a black hole. Part of the material from the star heats up and emits intense radiation, which could be detected from Earth.

What is unusual about this event, however, is the time between events: normally, the material is ejected immediately after the disruption of the star. In this instance, the black hole retained the material for three years before finally ejecting it at an extraordinary velocity, nearly 50% of the speed of light, or around 150,000 km/s. This characteristic has been confusing scientists, and they think events like AT 2018 HZ may occur more often than assumed, though being very hard to detect due to their chaotic behavior.

Other assumptions: Wormhole or intergalactic portal?

Without a clear explanation, a group of theorists has come up with a more radical hypothesis: the ejected object could be a spaceship from an advanced civilization, which used the black hole as an intergalactic or even interdimensional portal. This idea, although it sounds like something out of science fiction, cannot be completely ruled out in a universe as vast and unknown as ours.

This has it so that it goes beyond the whole idea of using a black hole to view the cosmos. It is basically a wormhole, a tunnel through space and time with which travel to distant places in the cosmos would be possible. There is no substantial evidence for this proposal, but it does introduce new possibilities for advanced civilisations operating.

The Future of Research

The scientists' team will keep on observing this event and the mysterious ejected object to try to unravel its true nature. Such a study expands our understanding of black holes, but raises new questions about the limits of physics and the possibility of advanced extraterrestrial life.

Conclusion: A discovery that challenges current knowledge

The discovery of AT 2018 HZ has been a new milestone in astronomy that shows that, after all these years, we still have a lot to discover about extreme phenomena in the universe. Although the intergalactic portal hypothesis may sound speculative, science is making its way through bold questions and detailed observations. We will follow further developments of this interesting case, which can change our perspective on the cosmos forever.

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