A space-borne observatory; consisting of spacecraft that fire lasers at each other and use interferometry to detect minute phase changes, with many millions of kilometres between each spacecraft; may be able to detect gravitational waves, which are coherent states of many gravitons. Detecting single gravitons is currently impossible because the interactions between gravitons and matter are so rare, that to sufficiently shield a detector against neutrinos, the shielding would collapse into a black hole.
You could say all physicists are scientists, but not all scientists are physicists.
Graviton. Check this wiki site.The graviton.
go to HPS.org and find out.
the hetesda this is it,
Particle physicists. or Quantum Physicists or Atomic Physicists
This hypothetical particle is the graviton.
nope. thats more for carnivals
In physics, the graviton is a hypothetical elementary particle (or wave) that mediates the force of gravitation in the framework of quantum field theory. If it exists, the graviton is expected to be massless. Two things to consider is that 1. gravitational attraction requires mass (either positive or negative, by formula), and 2. graviton interaction at a quantum level may be independent of any matter (e.g. parent atomic structure) similar to "spooky action at a distance." Therefore insomuch as there is no evidence to support the graviton hypothesis, its quantum theoretical nature does not allow for its capture within a black hole; ergo, its does not have to escape.
That particle is called the "graviton".
yes it can be used as gravitational energy. The Graviton is the particle that I discovered. It cannot in itself be used as an energy source, although it is a mystery as to precisely where it's energy is derived. Perhaps this basic info will help you better understand the Graviton Particle: All atoms have at least one graviton particle in orbit around them. This orbit varies from a few millimeters, out to the edge of our Milky Way galaxy & back. That's correct, That pencil eraser you have on your desk has graviton particles orbiting out to the edge of our galaxy. The Graviton has an incredible velocity of greater than 10,000 times the speed of light, and yes I know what Albert Einstein said, "that nothing can travel faster than light", but Al was wrong & by the way my dad was born in the same town as Albert Einstein (Bavaria). Gravity & inertia occur when graviton particles strike matter on their return orbital trips. You can duplicate this experimental finding same as I have in my laboratory. There is a lot more to this, but i hope I have given you enough to understand the Graviton Particle better...Alfred Herman Schrader
The book is available to be purchased on Amazon.
Particle physicists or nuclear physicists.