ARTICLE Nº 3 HALTING AND RETURN OF VACUUM TO ORIGINAL RELATIVE POSITION.

Abstract:  

Matter and energy are created simultaneously within a “mother sphere of vacuum” stimulated at the center by vacuum gravity, which moves from the center of “mother sphere of vacuum” at velocity of light, creating a spherical wave front of radius rF=ct. A spherical film of vacuum, at radius rt>rF, still away from gravity wave front, moves distance u at velocity v=c/sq.rt(2) from its original radius r to final radius rF=r+u. At radius rF, vacuum film is encountered and halted by vacuum gravity. During vacuum film displacement u, both energy and matter are created inside the vacuum film. When vacuum is halted at wave front, an axial force generated by the vacuum gravity modifies the thickness dr of vacuum film to a new value
drF=dr+du=dr(1+e ),where vacuum expansion ratio e=dr/du is a cyclic constant (e1=1+sq.rt(2); ï€ e2=1-21/2; e3=0). When vacuum film and matter stop, all energy is transferred to vacuum in the form of potential energy. The film of vacuum remains in position rF for time te, period in which the vacuum gravity wave at velocity c travels from rF to r1F and a contraction wave ratio er=-0,261 travels from radius r1F to rF at velocity c/3 . When the contraction wave reaches a vacuum film at stand by radius rF, matter and vacuum film start moving at the return velocity vr=0,261c from radius rF toward initial radius r. When vacuum film arrives to its original relative radius r, a state of cero pressure coming from position r2F at velocity c hits the vacuum, which returns to its original dimensions. As vacuum cannot retain any energy at this original position r, matter absorbs all the energy created in the form of heat energy. There are three energy states in the process of matter and energy creation and return. In the creation state, vacuum retains half of the energy in the form of potential energy; and matter keeps the rest as kinetic energy. At final position rF vacuum keeps all the energy in the form of potential energy. In the third state, at original relative radius r, matter grasps all the energy created E=mc^2. From there on, matter never releases its energy; however, there can be interaction between matters, where the proportions of kinetic energy, potential energy and heat energy of each matter can be modified.