Tell about Space Time ?

And set a one time

Its just gripmon [paper used

What happens when you take equations that work perfectly well under laboratory conditions and extrapolate them to the most extreme conceivable situation?

Re tell you some think some words

General relativity predicts that matter falling into a black hole becomes compressed without limit as it approaches the center—a mathematical cul-de-sac called a singularity.

When you take some question

Researchers hope that quantum theory could focus a microscope on that point and track what becomes of the material that falls in.

General activity i really do yhis

Out at the boundary of the hole, matter is not so compressed, gravity is weaker and, by all rights, the known laws of physics should still hold.

At least in principle, you should be able to reverse the motion of all the particles and recover what you had.

A very similar conundrum confronted physicists in the late 1800s, when they contemplated the mathematics of a “black body,” idealized as a cavity full of electromagnetic radiation.

the radiation that impinges on it and that it could never come to equilibrium with surrounding matter

Einstein showed that a black body can reach thermal equilibrium if radiative energy comes in discrete units, or quanta.

adiation field around black holes and showed they have a nonzero temperature. As such, they can not only absorb but also emit energy.

it shrinks and, according to Hawking's analysis, ultimately disappears.

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