postulate of Graceli for relativity in the categorical system.


gravity, the curvature of time space, the relation between energy and mass, waves of rhythm, space, mass by velocity are not dependent on absolute or non-absolute references, but because they are and are in the lowest nature, and according to energies, phenomena and categories of Graceli are transcendent and indeterminate.

postulado geral de Graceli para relatividade categorial.

a gravidade, a curvatura do espaço tempo, a relação entre energia e massa, as variações de tempo, espaço, e massa pela velocidade não dependem de referenciais absolutos ou não, e sim, por ser em si e por estar em natureza ínfima, e conforme energias, fenômenos e categorias de Graceli são transcendentes e  indeterminados.

relatividade no sistema categorial Graceli.


EPG = d [hc] [T / IEEpei [pit] = [pTEMRLD] and [fao] [itd] [iicee] tetdvd [pe] cee [caG].]

p it = potentials of interactions and transformations.
Temperature divided by isotopes and physical states and potential states of energies and isotopes = emissions, random wave fluxes, ion interactions, charges and energies structures, tunnels and entanglements, transformations and decays, vibrations and dilations, electrostatic potential, conductivities, entropies and enthalpies. categories and agents of Graceli.

h e = quantum index and speed of light.

[pTEMRlD] = THERMAL, ELECTRICAL, MAGNETIC, RADIOACTIVE, Luminescence, DYNAMIC POTENTIAL] ..


EPG = GRACELI POTENTIAL STATUS.



, [pTEMR1D] [pI] [PF] [pIT] [CG].



, [pTEMR1D] [pI] [PF] [pIT] [CG].

, [pTEMR1D] [pI] [PF] [pIT] [CG].




, [pTEMR1D] [pI] [PF] [pIT] [CG].



. [pTEMR1D] [pI] [PF] [pIT] [CG].


. [pTEMR1D] [pI] [PF] [pIT] [CG].

 ${\displaystyle {\dfrac {\partial ^{2}x}{\partial t^{2}}}\neq 0}$ [pTEMR1D] [pI] [PF] [pIT] [CG].