Do atoms get destroyed in a black hole?

Black hole is destroying atoms in a stages. At first blast black hole is compressing atoms removing free space from them — making neutron star. Atoms became million times (in volume, not diameter) smaller and due to that neutron star is quickly cooling off and neutrons are getting even closer.

Are there black holes in atoms?

These guys say that dark matter is composed of black hole atoms—microscopic black holes with a charge that have somehow captured an electron or proton leaving them electrically neutral. “We propose these black hole atoms as the possible origin of dark matter particles,” they say.

Why is a black hole made?

A black hole can be formed by the death of a massive star. When such a star has exhausted the internal thermonuclear fuels in its core at the end of its life, the core becomes unstable and gravitationally collapses inward upon itself, and the star’s outer layers are blown away.

Why do black holes destroy everything inside?

Black holes have very high gravitational force that tends to crush everything. So as we know atoms in a molecule have inter-atomic spacing between them and further electrons also revolve at a certain distance to the nucleus and inside the nucleus there is also some empty space.

What happens when a neutron star becomes a black hole?

If you add mass beyond the maximum stable size of a neutron star, you get a neutron star supernova, and then collapse to a black hole (you can also form black holes directly from a star, of course).

Can a black hole collapse in slow motion?

A black hole is ultimately perhaps no more than a star that collapses and then rebounds – in extreme slow motion when seen from outside. This is not possible in Einstein’s theory, but then Einstein’s theory does not take quantum effects into account. Quantum mechanics permits matter to escape from its dark trap.

Are black holes ‘normal’ objects for astronomers?

The question has spawned many paradoxes, and in an extract from his latest book, physics superstar Carlo Rovelli proposes an answer THERE is something paradoxical in what we know about black holes. They have now become “normal” objects for astronomers.