Nothing in the universe is more violent than the collision of two black holes. At that instant, the impact releases more energy than every star in the universe combined. It also creates ripples in spacetime that
travel at the speed of light, known as gravitational waves. Though invisible, they appear as blue lines in this image created by a NASA supercomputer.
Here we watch as two spiral galaxies collide and create a third galaxy with a huge black hole at its center. The hole grows and grows until, with its enormous energy, it heats surrounding gases and hurls them out into the universe. The result [right] is an elliptical galaxy with very little gas and not much star creation. Researchers at the Max Planck Institute for Astrophysics illustrated this simulation using red to show the hottest gases and blue for the coldest. The brighter the color, the denser the gas.
Black holes collide? When they get closer, do they collide faster? like Magnets?
Image Two: Like two Whirlpools colliding, exept on a much larger scale, with more energy and many different elements.
Image Six, DarkMatter at 3.3 billion lightyears, I want to see the structure this matter forms at a, out of the universe view, i would say, a giant sphere of energy we cant see. Very interesting, it actually looks like a nanoscopic view of something.
Can anyone help me find a device to produce enough energy to power a car,or if anyone has information can you help me thanks.
from Winnipeg, Manitoba
Black holes collide? When they get closer, do they collide faster? like Magnets?
Image Two: Like two Whirlpools colliding, exept on a much larger scale, with more energy and many different elements.
Image Six, DarkMatter at 3.3 billion lightyears, I want to see the structure this matter forms at a, out of the universe view, i would say, a giant sphere of energy we cant see. Very interesting, it actually looks like a nanoscopic view of something.