Graceli - física matemática astronomia filosofia [577]

  teoria termo-gravitacional Graceli sábado, 11 de novembro de 2017 trans-intermecânica termo-gravitacional Graceli. The inertia of a body is not related to its mass, but to the energies and interactions within it. And not with a mass or even forces and energies for it. It is these energies that cause a body to move from a point, stand still, or increase speed. What is what is a system of strength and interactions of a system, which can be expanded infinitely, forming an indeterminate system with all as enveloping interactions. The same happens with time and space, and these depend on energies to exist, not on referentials. For time is a concept that can only exist when related to displacements, and displacements have to do with energies and internal interactions. As is also the space is also phenomenal and depends on energies, there is no way to measure one point to the other without there being a shift. As also the spaces vary according to phenomenalities, that is, the wave syste...

  Graceli termons and quantum of fractional energies according to categories. quinta-feira, 30 de novembro de 2017 2271/5000 Trans-intermechanics and effects 8,051 to 8,060. Term-status.  Photon-state.  And peripheral effects. During the propagation of thermal radiation if the ice cube is placed, the next thermal radiation will tend to lose intensity, velocity and has a small concave curvature to the ice, where an effect and trans-intermechanic form. And where there is also a relationship between states of thermal, electric, magnetic, radioactive, dynamic, luminescent energies. When these energies with thermal radiation or do not go through these cubes altering their thermal stability and other energies. The same happens with photons that go through ice cubes. Or even these phenomena happen in all these when they pass close to imas with action of magnetic monopoles, dielectric, pressure system, dynamic systems, and others. That is, if you have a system with energies and p...