PAPER V MATTER CONDENSATION

Abstract:  

Short time after creation of matter and energy, micro vacuum returns back with matter and energy created from radius rF to original radius r*. At this position r* matter stores the energy in the form of heat energy; and matter rotates at the velocity of light, waiting for the arrival of material gravity. Most of the matter m rotates in one direction; but, the electronic matter rotates in the opposite direction. When material gravity comes into action at position r*, matter is pulled out of the original vacuum and starts moving in direction to the center of “mother sphere of vacuum” in almost rectilinear trajectory at a constant velocity cN. A portion of the heat energy is transformed into kinetic energy EK and potential energy EP in the proportion EK=EP=(1/2)mcN ^2. The remaining heat energy is kept back by the heat matter m*H. Heat matter is then ready to condensate into nuclear matter mN, travelling at constant velocity cN. Condensation ends at final distance rFINAL=0,0236r* from center of vacuum mother sphere. In the condensation process, heat matter mH and condensed nuclear matter mN go together at velocity cN; only that heat matter mH must rotate. Heat matter density increases, reaching a maximum value of 88,65 times the original density at radius r*. Once heat matter reaches maximum density,ï€ condensation ends shortly. Proportion of heat matter vs final nuclear matter is: 1/1800. Matter, already organized in these two atomic fractions, turns around the central Z axis of the solar system in formation.
Condensation is possible due to the presence of heat energy that is transformed into potential energy by the action of material gravity over matter. Constant condensation velocity is possible because the gravity force and the pressure resultant force add up to zero. Rotation around the central z axis of the solar system is possible due to density gradient.