SPACE, TIME AND FUNDAMENTAL INTERACTIONS

COMPUTING SPACETIME COORDINATES OF OUTER SPACE OBJECTS IN A SPACE CHARACTERIZED BY DIPOLE ANISOTROPY

Gladushev V.O., Nikolaev P.P.

We consider the possibility of physical processes occurring at an accelerated rate when they happen to be cyclically moving in a space characterized by dipole anisotropy. This space is assumed to be the equivalent space of an observer moving at a constant velocity in an isotropic physical space. We provide numerical estimates of the rate acceleration for physical processes moving cyclically in a space characterized by dipole anisotropy for the cases of artificial satellites and planets of the Solar System in their heliocentric orbits.