Photon model of elementary particles

A photon model of elementary particles is proposed. All particles having a rest mass are represented by single-period photons twisted into a ring. The photon model takes into account the neutrino (gravitational) energy. The adequacy of the photon model is confirmed by the correspondence between the calculated and experimental values of the magnetic moments of the electron and muon. The results of calculations of the size of an electron and a proton according to the proposed model do not contradict the data given in other sources. The photon model allows you to perform calculations of some physical quantities corresponding to the interactions and transformations of particles. In this case, the DyuK constant (quantization coefficient of gravitational energy) and the coefficient of the magnetic moment of the ring particle are introduced.