In this manuscript, we examine the gravitational radiation emitted by binary systems using an Unruh-DeWitt detector coupled to gravitons. Recoil is incorporated into system via a kinetic energy term in gap of detector. We find splitting wave frequency due recoil. Implications for recoil velocity and force are discussed.

Gravitational interaction is considered with use of the universal charge. Gravitational wave is defined as a tenzor electromagnetic like wave of the Planck mass. Within the Planck time it decays into four hypothetical Planck neutrinos. The quadrupole gravitational emission in the theory with the universal charge is the same as in general relativity. Gravitational radiation as Planck neutrinos d...

We show that under certain astrophysical conditions a binary system consisting of two compact objects can be stabilized against indefinite shrinking of orbits due to the emission of gravitational radiation. In this case, the lighter binary companion settles down to a stable orbit when the loss of the angular momentum due to gravitational radiation becomes equal to its gain from the accreting ma...

We investigate the Einstein vacuum equations as well Einstein-null fluid describing neutrino radiation. find new structures in gravitational waves and memory for asymptotically-flat spacetimes of slow decay. These do not arise resulting from data that is stationary outside a compact set. Rather more general situations exhibit richer geometric-analytic interactions displaying physics these syste...