Gravitational Waves. At the NASA Goddard Space Flight Center's Laboratory for High Energy Astrophysics, a new research group is devoting their collective effort to understanding and detecting gravitational waves.
Scientists are creating computer programs to model gravitational waves that will be detected by a new NASA satellite, called LISA. General Relativity In 1916, Albert Einstein published his famous Theory of General Relativity. His theory describes how space-time is affected by mass.
Properties & Origin of the Gravity Sub-Atomic Particle. Properties & Origin of the Gravity Sub-Atomic Particle and related topics Mankind has tried to link gravitational force, which affects the universe, but can a new approach provide a basis for a unified theory that encompasses all including the atomic structure?
In pursuit of an answer, we will examine how does the gravity subatomic particle relate to a basic particles of the nucleus, neutrons and protons. As previously described (details), the atom is composed of base components or stable groupings represented by like charged subatomic particles where the cumulative standard net bias takes on either a positive or neutral charge for this universal plane.
The perceived electron is not a revolving around the atomic structure, but is represented by a stream of subatomic particles ejected from a maximum magnetic like funneling nucleus exit point of the least resistance flowing to the opposite attractor, the entry point or base ground charge of the nucleus. Quantum Nonlocality. Quantum nonlocality is the ability of one photon when measured to instantly determine the state (spin up, spin down) of its conjoined twin at an arbitrary distance.
If you are familiar with entanglement and quantum nonlocality, continue; if not go here. The instantaneous aspect of quantum nonlocality appears to violate the speed limit of light as postulated by special relativity. Nonlocality is also said to render scientific realism untenable. Photons exhibiting quantum nonlocality (entanglement) are said to be "conjoined.
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