"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 the fundamental step for physics. In Einstein's theories, any object can turn into a black hole, if the pressure force is strong enough.
That means that if the pressure force is strong enough even a single electron can turn into a black hole. If. Those primordial black holes exist. And if low-mass black holes can form near quasars and Hawking radiation is true, that radiation can explain the dark energy.
The problem with the Hawking radiation is that. People don't know what depth that radiation comes from. That radiation turns a black hole into wave movement. But then we can ask, does the Hawking radiation come from inside the event horizon? If that thing is true that is one of the most fundamental observations in history.
But. How the Hawking radiation can travel so fast, that it can come out from a black hole. The event horizon is the point. Where escaping velocity turns higher than the speed of light. Is there some kind of hole in the black hole's gravitational field? In some models the Coriolis force. That makes water whirl on earth.
It's possible. That Coriolis force makes whirls into the black hole's gravity field. That means there can be some kind of holes in that field. Or there can be a situation. That some strings can travel out from the black hole. If the black hole tries to pull something like a superstring inside it that causes a situation where those superstrings can conduct energy out from the black hole. If the length of that hypothetical string is about 100 ly, that means the superstring falls into a black hole 100 years.
Can the gravitational force create similar forms? As the magnetic field around the Sun? That means around the black holes could be gravitational protuberance and flares. Those things could transport energy out from those objects that gravity field locks even light inside it.
In some other models, the string-shaped wave that travels in a parabolic trajectory can jump out through the event horizon. That means that things can be like the flare of a black hole. Theoretically is possible. A black hole creates the gravitational flares. That means. Extremely powerful gravitational fields can act similar way. Like the Sun's magnetic field. That means there can be gravitational protuberance and flares around the black hole. If that gravitational protuberance and whirls are true, that is a great advance to physics.
Another thing is that energy falls into lower energy levels. Gravitational fields are energy fields just like all other energy fields. The energy level is the power of the field. Same way gravitational waves travel from the more powerful gravitational field to the lower powerful gravitational field. And that is the reason for gravitational waves. But all the time when a field. Without depending on the type of field it will send part of it out.
When that wave starts to travel out from the stronger field, that stronger field turns a little bit weaker. Or the difference between energy levels turns lower. So when a black hole sends gravity waves it sends part of itself into somewhere. That means the mass of black holes turns lower.
https://bigthink.com/starts-with-a-bang/everything-hawking-radiation/
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