Full Free Motion of Celestial Bodies Around a Central Mass - Why Do They Mostly Orbit in the Equatorial Plane? - E-book - ePub

The aim of this book is to provide a more efficient way to calculate and predict orbits and trajectories, not only for celestial bodies, but also for artificial satellites we send outside our atmosphere, and for ballistic. The equations presented here might also help improve weather forecasts and perhaps predict atmospheric behavior more precisely. Nowadays, we know that gravity is an electromagnetic (EM) wave of atomic origin caused by a kind of dipole oscillation inside the atom.
This EM wave is always present in the universe as long as atoms exist and travels at the speed of light. When the originating mass of the EM gravity wave explodes or collapses, then a high amplitude EM gravity pulse is produced, which modulates the tail or final part of the regular wave. This pulse is the last message that we get from that mass. We also know that the gravity field produced by a spinning central mass induces a motion on a secondary mass.
This induced motion has similar characteristics to that of the central mass. The analysis is made based on the law of gravity according to Newton (instant action-at-a-distance). Just a pure mechanical study of the related free motion of two centers of mass in space, by considering all nine components of gravity acceleration. Even though gravity in this study is not considered as a wave (where time delay appears), the results are astonishing.
However, the low velocities (compared with the speed of light) involved in the interaction of the free motion of two masses, make this study very suitable, except when the masses suddenly change, explode or collapse.