The following derivation found in Chapter three defines the energy associated with a quanta of Electromagnetic radiation or a photon as being related to the rate of a relativistic change in the physical length of dimensional space internal to the to the quantum unit of space called the mattercule. Electromagnetic radiation is transmitted by the interaction of the matter and energy field component of the mattercule. The energy associated with EM radiation unlike the static form, has already been accelerated to the speed of light. It has been demonstrated that EM radiation is a result of shifting or displacement of the matterfield component towards the energyfield component internal to the Mattercule. However, it is not the distance that the matterfield component moves that results in energy associated with EM radiation but the relativistic contraction of this distance that is responsible for EM energy.
Relativity predicts that, as the velocity of an entity increases the length of that entity contacts.
The same effect occurs in the wavelength of EM radiation. It would equal to distance of the displacement divided by the inverse of the frequency or time. Therefore, the relativist contraction of wavelength is directly related to the frequency of EM radiation. Chapter three demonstrates a direct physical link between the microscopic quantum world of the photon and the macroscopic cosmological world of space time by defining the energy of a photon in terms of a relativistic foreshorten of the physical length of the mattercule in terms of four spatial dimensions. Another link between Einstein's Theory of Relativity and the quantum nature of dimensional space can be found in the force associated with gravity.