The resultant theory has the following properties: the electromagnetic (i.e. Maxwell) field and the gravitational field appear as special cases of the matter-radiation field, along with a continuous gradation of these into forces which may be identified with nuclear forces on a sufficiently small scale. Inertial mass, gravitational mass, and radiation appear as different aspects of the matter-radiation field. The theory includes, as special cases, Newtonian mechanics, relativistic mechanics of a mass particle, and quantum mechanics. The probability field introduced in quantum mechanics is replaced by a matter-radiation field, which is an integral part of the theory rather than grafted into particle mechanics. In this way the sharp division between particle and field is eliminated; the zero-point infinite energy of quantum mechanics of fields is eliminated and given a new interpretation; the uncertainty principle is reinterpreted; the infinite energy is eliminated of, for example, static, electric, magnetic, and gravitational field potentials, as the separation of test body and source tends to zero. A simple model of the origin of gravitational force can be based on the theory, along with the suggestion of direct manner of altering this force by use of present technology. Other implications of the theory can be listed, among them a resolution of the apparent paradox between local realism and quantum mechanics as formulated in the Bell-type inequalities.

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