Yes. It's gravity stronger than any force in the universe.
Yes because he is into space and black holes ate in space so he must be working on them
Yes, black holes have a diameter, which is referred to as the event horizon. The event horizon is the region beyond which nothing, not even light, can escape the immense gravitational pull of the black hole. This diameter can vary depending on the mass of the black hole.
Gravitation? Yes black holes have enormous gravitation but it is not completely vacuum. When matter gets sucked into blackholes, noone knows where the matter ends up. Black holes originate from a really dense star collapsing on itself like a cookie crumbling if you crush it with enough force.
They are either other solar systems, nebulas (Dead solar systems) Blackholes, other galaxies or stars that have no orbits
Physicists and astronomers are the experts in studying and understanding black holes. They have developed theories and models to describe the properties and behavior of black holes, such as their gravitational pull, event horizon, and how they form and evolve. These researchers continuously work to expand our knowledge and understanding of these enigmatic cosmic objects.
This is simply because their gravitational pull is so strong.
No
Stephen Hawking is currently researching the origins of blackholes and the effects of blackholes on the matter surrounding it.
If blackholes reach the earth the earth will destroy. Blackhole are to large it can eat star easily.
Albert Einstein.
In space mostly around groups of old stars
It has both. Hope this helped, WoodWorkingMaster
The supermassive blackholes at the center of galaxies.
yes they as scientists found in the middle of the messier galaxy
There are two ways blackholes form:Massive blackholes - these are formed by collapse of stars having more than 3 times the mass of our sun, when the stars die.Micro blackholes - these could have only formed in the big bang. Their event horizons are roughly the size of a proton and their mass is similar to that of a mountain. Unlike massive blackholes, which last forever, these evaporate then explode giving them a limited lifetime.
Sufficiently large gravitational bodies... blackholes are the most common.
When you get close to a black hole, it will stretch you to where all your insides get crushed.