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The night before Christmas.

It's the night before Christmas. That is the night when Santa Claus collects final reports from his assistants. And makes decisions about what kind of gifts people deserve. Good people get good gifts that make them happy. Bad people get bad gifts that make them unhappy. So what gift will you want or what gift will you give to your best friend or your worst enemy? The village is waiting... Here is no snow. So we might want a white Christmas and snow back. The thing is that we wait for gifts and Santa Claus. But the fact is that. Humans are the things that make Christmas. We are the thing that makes feelings and memories. So what can we give to everybody? We can say that the gift that we can give is knowledge. We can develop technology that makes Earth a better place. Earth is warming.  And we can make things that slow that warming.  But somehow. Even if we know. That global temperature rises. We cannot make any things that we can slow the temperature rise. The night before Chri...
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Can a black hole be a star? Or, can the black sun be possible?

In theory, the ultimate big stars can be quasi-stars. The quasi star is the star there is a black hole inside it. And in some models, those quasi-stars can be invisible. The high energy radiation from black holes can turn a star so hot that it starts to send ultraviolet or some higher energy radiation.  But can the energy production continue in the black hole? That thing means that the black hole would be so high-energy object. That it sends. Only gravitational, gamma, and X-ray radiations. So could some black holes be so high energy stars that they send only X- and gamma radiation, or is it possible that some stars can send only gravitational radiation?  We should ask: are some black holes stars? The black hole as the star is based on the theorem that there can be so high energy stars that they send only X- or gamma-rays. The thing can be possible. If there are some kind of very high-energy reactions in the black hole or the "black star". But what those reactions can be?...
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The Hawking radiation can change everything.

"The simulated decay of a black hole not only results in the emission of radiation, but the decay of the central orbiting mass that keeps most objects stable. Black holes are not static objects, but rather change over time. Black holes formed of different materials should have different information encoded on their event horizons, and it is not understood if or how that information is then encoded in the outgoing Hawking radiation. Recent work has suggested that even horizonless objects may emit Hawking radiation as well, but that result is still debated." (Big think, Ask Ethan: Will everything eventually succumb to Hawking radiation?) "50 years ago, Stephen Hawking showed that black holes emit radiation and eventually decay away. That fate may now apply to everything. "(Big think, Ask Ethan: Will everything eventually succumb to Hawking radiation?) The Hawking radiation will show the fate of the universe. Or if somebody can prove that radiation. That thing makes th...
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Protons and B-mesons challenge the Standard model.

"Quark and gluons inside a proton. Two up quarts, one down quark, gluons holding them together. Credit: Brookhaven National Laboratory." (ScitechDaily, Science Made Simple: What Are Protons?) Proton: the particle that cannot decay.  The thing that makes protons so interesting is that they cannot decay. Or nobody saw that protons can decay. The complex inner structure of a proton is the reason why it exists longer than a neutron. The energy can travel to those pockets when it travels down quark to two up quarks. And that shares energy flow into the larger area than in neutrons. In neutrons, two down quarks transmit energy into one up quark.  That thing means that the up quark turns into the antenna that transmits energy into one point. And that energy breaks the shell of the neutron. The energy jumps from the quantum field between those three quarks and pushes them away.  The proton involves a more complex structure that can pull more energy into it than a neutron that has...
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It's possible that primordial black holes can lurk even on Earth.

"An illustration of small primordial black holes. In reality, such tiny black holes would have a difficult time forming the accretion disks that make them visible here. Photo: NASA" (Buffalo.edu, Evidence of primordial black holes may be hiding in planets, or even everyday objects here on Earth) In theories the primordial black holes formed before material. Some of them are very small masses, lighter than Earth.  And those black holes can hide almost everywhere.  The new evidence about the theoretical primordial black holes. Is the path to fundamental science and technology. The primordial black holes were born in the young universe. In theoretical models. Small whirls in the young and hot universe formed those primordial black holes.  That means those things are closest to a theoretical phenomenon called "Kugelblitz black hole" where radiation turns around photons and turns them into black holes. In the modern universe, Kugelblitz black holes are probably impossibl...
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JWST might uncover many secrets from black holes.

"The Sombrero galaxy, Mesier-104, commonly viewed in optical light (as shown at bottom, via Hubble), displays a vastly different set of features in mid-infrared light (by JWST, top). At last, we've seen beneath the Sombrero's hat, and can paint a coherent picture of this brilliant object." (BigThink, What JWST found beneath the Sombrero galaxy’s hat) It's possible. That many models of black holes are somehow wrong. Maybe researchers have not noticed dark energy and dark matter that the black hole can pull inside it. The fact is that Einstein was right again. Detailed image of the center of the Sombrero galaxy. Large-scale measurements make the Theory of relativity still suitable today. But our knowledge of dark matter and dark energy increases. We know that there can be places where there is more dark matter than in other places.  That means dark matter forms similar nebulas. As visible material.  And maybe. The dark energy forms a similar structure as the cosmic ...
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Astronomers found a black hole that eats 40 times more than predicted.

"Blazing away inside a dwarf galaxy in the early universe, black hole LID-568 is consuming material some 40 times the theoretical limit, perhaps solving an old riddle of how supermassive black holes grow to maturity so quickly in cosmic time. Credit: NOIRLab/NSF/AURA/J. da Silva/M. Zamani" (Astronomy, This black hole is gulping material 40 times faster than the theoretical limit) When some black hole or object does something other than others there is some difference in the object itself.  Or the difference or anomaly is in its environment. When we think of a black hole and its massive gravity field we must understand that it eats visible material and energy.  But black holes also pull dark energy and dark matter into them.  Maybe that black hole eats more material inside it than it should because there is more visible material near its environment than dark matter. We can say that black holes pull dark matter inside it. So, that means its possible that somebody forgets d...
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