quinta-feira, 11 de maio de 2017

Trans-mass, trans-energy, trans-lasers, and others.

TM = te / [PeACCd [tec] G].
Trans-mass = trans-energy = parameters, effects, agents, categories, chains, dimensions, category trans-states Graceli.

Energy, mass is not something static, and is not only related to electromagnetic velocity, but, in relation to the trans-intermechanical, effects of Graceli and its transcendent parameters.


Theory of Graceli patterns of processes, interactions of ions, intermolecular, entropy, and others.
Effects 2,800 to 2,810.
Each type of material, molecule, atom, particles, energies, fields, radioactivity of each type of molecule, electricity, currents, conductivity, fluctuations, levitation, trans states with phase changes and micro levels of energies, magnetism, temperatures, photons , Emissions, and others.
All have patterns of flows and accelerations of developments of processes, phenomena and effects, forming an indeterministic and transcendent relative system.

That is, a system of patterns that are also in transformations according to levels, potentials, types, qualities of materials, durabilities and also of the energies that contain them [thus forming a categorical system of patterns and parameters of Graceli for a trans-intermechanic ].

Even dynamic flows, vibrations, quantum, spins, dilations, entropies, refractions, ion interactions, tunnels, interatomic interactions, spectra, scattering and agglutination follow these particular patterns of materials and energies, forming a trans-intermechanic of its own. And they are also in constant changes and transmutations. And that follows the patterns, categories, parameters, effects, chains, trans-states, categories dimensions [de Graceli].



Examples include:
Patterns, effects, chains and categories, dimensions, categorial trans-states [graceli] = [Ppaeccd [tec] [g]




Where ρ (ν, T) ρν, T is the energy of the emitted radiation per unit volume and frequency, T the temperature, νν the frequency, and the speed of light, ka Boltzmann constant, eh = 6,63x10-27erg.sh = 6,63x10-27erg.s is a constant introduced by Planck to fit its formula to the experimental data: Planck's famous constant.

The previous theories could not explain why, as the temperature increased, the color corresponding to the maximum of the spectrum migrated from red to violet, implying for example that red stars have temperatures lower than bluish ones,


The spectrum of the background radiation of the Universe closely follows Planck's law, which can be written as

Nenhum comentário:

Postar um comentário