Black holes have no atmosphere, they are entirely empty except for a singularity at the very center containing the entire mass of the black hole in one infinitesimally small point (or if the black hole is spinning, one circular spinning ring of infinitesimally small thickness).
Holes, which include black holes and ozone holes were discovered in the space and atmosphere respectively.The black hole was discovered in the space and ozone holes were discovered above the Antarctica.
No. Their gravitational pull is simply too great to maintain any kind of atmosphere.
No. It certainly has black holes, but it has other things as well.No. It certainly has black holes, but it has other things as well.No. It certainly has black holes, but it has other things as well.No. It certainly has black holes, but it has other things as well.
Black holes (in the astronomical sense) have never been made in the laboratory.
2010
It is infact a massive clump of atmosphere clumped together full of wasps
Black holes, super novas, and lots of other stuff
Black Holes don't have any kind of atmosphere but in pressure wise, Black Holes have infinite pressure because nothing, including light could get of the gravitation force of an black hole.
Black holes aren't actually holes, they're just humongous 'objects' that are so big that they have huge gravitational pulls and therefore pull everything into themselves, hence the name 'holes'.
He did not. He made some theoretical discoveries about how black holes would probably behave; but the concept of black holes was discovered by others before him.
Fortunately, no. It would be pretty bad for us if there were a black hole anywhere near our Sun, let alone in our atmosphere.
Most likely in the University classroom as an undergraduate student, that's where most people of his generation learned about black holes. But of course what he learned about was ordinary stellar black holes.It was much later when he made his own "what if" hypothesis on microscopic black holes. After solving the equations of general relativity for this case and including the effects of quantum mechanics, he made his theory including Hawking Radiation, evaporation of black holes, and their eventual explosion. This remains theoretical, as his black holes have still not been observed.