Remember, the gas giants are farther from the sun, where temperatures are much colder. So, in the outer accretion disk, compounds like water and ammonia exist in frozen form. Closer to the sun, they are more likely to be vaporized by solar radiation. ...
Black holes are extremely dense collections of matter whose gravity is so strong, that not even light can escape. Often black holes are detected by seeing accretion disks around them, or by detecting sources of gravity that pull matter in the region towards a point. ...
Quantum entanglement, in the simplest terms, means that aspects of one particle of an entangled pair depend on aspects of the other particle, no matter how far apart they are or what lies between them. These particles could be, for example, electrons or photons, and an aspect could ...
In some ways, the inner regions of black hole accretion disks resemble a baby that is just learning to eat by herself. As much food as goes into the baby’s mouth can sometimes wind up being spit out in various directions. In the same way, some of the material whirling inward toward a...
(GZK) cutoff, as the maximum energy a proton can hold traveling over long distances before the effect of interactions of the microwave background radiation take their energy. Known source candidates, such as active galactic nuclei or black holes with accretion disks emitting particle jet...
There are also "close binaries." The stars in these systems are often so close that they can exchange material, with the star losing matter called the "donor star" and the star gathering that matter called the "accretor." (Accretion is the process by which matter is fed to a celestial ...
Well, the first theory says the accretion process was similar to the one that formed the rocky planets, with some key differences. Remember, the gas giants are farther from the sun, where temperatures are much colder.So, in the outer accretion disk, compounds like water and ammonia exist in...
Somehow the cosmic horizon is sprinkled with seeds of black holes. Primordial massive black holes could beremnantsof the very first and exceptionally massive and metal-free stars. So inflated from collisions and accretion, those stars have producedblack hole seedsthat have become supermassive black ho...
accretion disk matter always adding pro-spin momentum, or the conservation of spin multiplied by the decrease in angular distance, minus the chaotic nature of bounce energy interaction, would leave you with a lot of mass wanting to orbit its collective center a lot faster than it possibly can....
But what about those gas planets in the outer solar system, in the outer accretion disk?Well, the first theory says the accretion process was similar to the one that formed the rocky planets, with some key differences.Remember, the gas giants are farther from the sun, where temperatures are...