As an example, I will take our dimension DIM and select various visible wavelengths.

The hertz (frequency) can be calculated using the wavelengths.                  hertz = C' meters/sec / wavelength in meters.

If the wavelength is greater   >>>>> than ,

* the hertz is lower

* m is lower                m =     the matter in the photon

* µ   is lower gravity   µ    is directly dependent on the matter      m.

* Em is lower        Em     is the energy of the matter in the photon.                 Em = m * C^2

                                                                                                                                                   If matter = 0 then there is no energy.

Em/C^2           we can call this             M   Mass it is the           total E  ( Etot )

  the energy  of the speed + energy of the matter.

The C^2 is constant because we remain in the same DIM .