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Bosons of Electromagnetic Waves in Vacuum

First, it is shown the essence of bosons of electromagnetic field in vacuum based on the proper use of the model nonideal Bose gas of local electromagnetic waves, which is described by the model of nonideal Bose-gas of elementary Bose-particles of electromagnetic field (which are no photons). Thus, we consider the electromagnetic radiation as medium consisting of Bose-particles with own mass and spin one, which represent as pairs of charged fermion and antifermion. Our investigation allows us to estimate a maximal value of first mass of boson as well as first speed of quasi-boson and predict the existence of quasi-bosons by velocity rather then speed of light in vacuum. On other hand, the results presented theory show that the presence of macroscopic number bosons in the condensate, and inter-bosons interactions in vacuum via repulsive S-wave pseudopo-tential may increase a value of energy quasi-bosons in vacuum.