Without a doubt, since its launch, James Web Space Telescope (JWST) The revolution has brought revolution in our approach about the early universe, but its new conclusions can put astronomers in a spin. In fact, it can tell us something deep about the birth of the universe, possibly indicating that whatever we see around us is sealed within a black hole.
$ 10 billion binoculars, which began observing Cosmos in summer of 2022, found that most deep places and thus, thus, Early galaxies It has been observed till now, walking in the same direction. While about two-thirds of the galaxies spin clockwise, the other thirds rotate the counter-clockwise.
In a random universe, scientists will expect 50% of galaxies to move in a way, while other 50% move in another way. This new research shows that there is a favorite direction for this Galactic rotation,
The 263 galaxies’ comments revealed this strange coordinated cosmic dance, the James Web Space Telescope was collected as part of the Advanced Deep Extragactic Survey, or part of “Zs”.
“It is still not clear what is the reason for this, but there are two primary potential explanations,” team leader Lyar Shamer, Carl R. Associate Professor of Computer Science, Engineering, Engineering, in Ice College of Engineering, Said in a statement. “One clarification is that the universe was born. This explanation agrees with such principles Black Hole CosmologyWhich states that the entire universe is the interior of a black hole.
“But if the universe was actually born into rotation, it means that the current theory about the universe is incomplete.”
Born in a black hole?
Black Hole Cosmology, also known as “Schwarzschld Cosmology”, suggests that our observation can be the interior of a black hole within a large original universe.
The idea was earlier introduced by theoretical physicist Raj Kumar Pathria and Mathematician IJ Good. It presents the idea that “Schwarzchild Radius”, known as “” “” “” “”.event horizon,
It has another implication; Each black hole in our universe can be the door to another “baby universe”. These universe will be unattainable for us as they are also behind an event horizon, without a return light-tripping point in which light cannot survive, meaning that information can never go from the interior of the black hole to the external supervisor.
This is a theory that has been made champions by the Polish theoretical physicist Nicodem Popalavski Of New Heaven University.
Black hole is born when the original of a huge star collapses. It matters with a density in its heart that crosses anything in the universe known till now.
In Popalavski’s principle, the coupling between the twisted and twist of the substance finally becomes very strong and the spin becomes very strong and prevents the case from compressing for an eccentricity indefinitely.
Popalavsky explained to Space.com, “Instead the case turns finished, a very large density situation, the collapse stops, passes through a bounce like a compressed spring, and starts expanding rapidly.” “The extremely strong gravitational force near this state causes an acute particle production, by several orders of magnitude, enhances mass inside a black hole and strengthens gravity repulsion that strengthens the boom.”
The scientist may continue by adding the rapid recurrence that has taken place for our expanded universe, an event we now refer to now. Gentle explosion,
“It produces a finite period of cosmic inflation, which explains why the universe we see today appears in flat, homogeneous and isotropic,” said Popalavski.
“Einstein’s anxiety in gravity of an extended principle of general relativity of Einstein, therefore provides a laudable theoretical explanation of a landscape, according to which every black hole creates a new, baba universe inside and an Einstein-Rosen Bridge, or an Einstein-Rosian Bridge, or a ‘.Wormhole‘It connects this universe to the original universe which has a black hole. ,
In the new universe, according to this theory, the original universe appears only as the second aspect of the new universe. White holeAn area of space that cannot be recorded from the outside and can be thought of as the opposite of black holes.
“Accordingly, our own universe can be an interior of a black hole in another universe,” Popalavsky continued. “The speed of the substance through the range of the black hole, called an event horizon, can only be in one direction, provides the inequality of a past-future on the horizon and thus, in the baby universe everywhere.
“The arrow of time in such a universe, therefore, will be inherited, through the torsion, from the original universe.”
As for these new JWS conclusions. Poplawski told Space.com: “It would be attractive if there was a preferred axis in our universe. Such axis can naturally be explained by the principle that our universe was born on the other side of the horizon of a black hole in some original universe.”
He said that black holes are formed from stars or from galaxies centers, and most likely spherical clusters, which all rotate. This means that black hole also rotates, and the axis of a black hole rotation affects a universe created by the black hole, which manifests itself as a favorite axis.
“I think the simplest interpretation of the rotating universe was born in a rotating black hole. Spastime Torsian offers the most natural mechanism that avoids a uniqueness in a black hole and creates a new, closed universe instead,” Popalavski continued. “A favorite axis in our universe, inherited by the axis of its original black hole rotation, may have affected the rotation dynamics of the galaxies, which creates the southeast-counterclockwise asymmetry seen.
“The galaxy discovered by JWST will support the theory of Black Hole that creates new universe, and if these conclusions are confirmed, I will be extremely excited.
JWST may have seen an overprising of galaxies moving in one direction, another explanation is that Milky Way’s own rotation The reason for this could have been.
Earlier, scientists had considered the speed of our galaxy to have a very slow pace to make non-concert effects on the comments made by JWST.
“If this is really so, we will need to re -calibrate our distance measurements to the deep universe,” Shameer concluded. “Re -teaching of distance measures can also explain many other unresolved questions in unresolved unistibles such as the difference in the expansion rates of the universe and according to large galaxies are expected to the universe.”
Team research was published in this month Monthly notice of Royal Astronomical Society.
Originally posted Space.com,
