Abstract:
For a linear massive spinless field adapted as a gauge-invariant model of gravity in the framework of the special theory of relativity, a canonical energy-momentum tensor is constructed and the laws of conservation of energy and momentum are formulated. It is shown that the general requirement of a positive definiteness of the energy density of any physical reality in the case
of an attractive field determines its scalar nature and far-reaching gravitational variability of the inertial mass of matter particles.
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