where T denotes the SUPERTIME - see previous chapter

and

, in FER singularities do not exist, so t' for real bodies can be expressed as a continuous function t'(r,t) . For the case of the specified observer observing a specified body in a straight trajectory, the following formula should be fulfilled:

The rest mass of the particle is equal to m

because from definition of velocity (see chapter VELOCITY) we know that:

m

The above equation is the wave function well-known from QM.

Hence, the abstract wave function that has been used for describing a particle in QM corresponds to the simple wave in the FER

MORE: The Structure of Time and the Wave Structure of Matter

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