Parameters for a Graceli categorial electromagnetism.


Both the radiation and the quanta of light [photons] will depend on:
It will depend on the Graceli categories of materials and isotopes, potential transformations and interaction of ions according to temperature, electromagnetic materials, dynamics, radioactivity and potential of enthalpies, electron potential, entanglement, entropy potential, vibratory fluxes and quantum jumps, potential currents and conductivity, and according to potential physical and transcendental states of energies, structures and phenomena.


1] The emission of electrons does not occur instantaneously, that is, it has a minimum interval of time to start the emission process and that varies according to the types of isotopes, types of electrons, energies, and phenomena, according to categories of Graceli. and that depends on the [5]


2] The emission of electrons is not uniform in time, velocity, and distribution of scattering. And that depends on the [5]

3] The emitted electrons have finite initial velocities, they are independent of the incident light intensity, however, they depend on their frequency, isotope types, temperature, transformation potential and thermo-electromagnetic interaction and decay. For, it depends on [5]

4] The total number of electrons emitted is variational, random and indeterminate, not proportional to the intensity of the incident light. For, it depends on:

5] of the Graceli categories of materials and isotopes, potential transformations and interaction of ions according to temperature, electromagnetic materials, dynamics, radioactivity and potential of enthalpies, electron potential, tunneling potential, and entropy, vibratory fluxes and quantum jumps, potential currents and conductivity, and according to potential physical and transcendental states of energies, structures and phenomena.


6] part of the action that is lost in the emission becomes phenomena, interactions and energies within the particles.