Unified non local relativistic theory of transport processes Introduction: Review of the main principles of the unified nonlocal theory of transport processes Hydrodynamic form of Dirac quantum relativistic equation Generalized relativistic nonlocal kinetic equation without taking into account the external forces Classical relativistic equilibrium distribution function and computation of equilibrium values of some macroscopic quantities Generalized relativistic hydrodynamic Enskog equations without regard to external forces Generalized relativistic hydrodynamic Euler equations without taking Into account the external forces The solution of some physical problems on the basis of the nonlocal relativistic equations without taking Into account the external forces Nonlocal relativistic kinetic equation and hydrodynamic Enskog equations taking into account the external forces Generalized relativistic Euler equations taking into account external forces Application of the generalized relativistic kinetic and hydrodynamic equations to the study of graphene Application of relativistic nonlocal physics in the theory of gravitational field interaction with a laser beam Application of the generalized relativistic hydrodynamic equations to the study of the interaction of Planck radiation with the gravitational field Connection between time quantization in the frame of nonlocal relativistic physics and Shannon Nyquist Kotelnikov theorem