where the desintegration energy necessary for the
desintegration of pseudoelectron must be determined
experimentally. The today graphenic theory does not
solve this problem and the corresponding experiment
was not performed. We suppose that this missing
experiment is crucial in the graphene physics. The
analogue proces occurs in superconductivity where
photon desintegrates the Cooper pair in order to realize
emission of an electron from a superconductor. After
dissociation of pseudoelectron, we use the Schrödinger
equation in order to establish the photoeffect in graphene
in the magnetic field. Author (Pardy, 2008) considers in
his e-print only the second step. We derive the diferential
probability of the photoelectric effect realized at the very
low temperature graphene. The relation of this effect to
the elementary particle physics of LHC, nuclear physics
and Einstein gravity is mentioned.