Effulgence Of Eminent Strain Of Disturbance In Space

 In a way; The effulgence of the multiplicity of the eminent internalized strain of a kinematic disturbance in space-time-fabric, is a negative i times the respective effulgence of the multiplicity of the eminent externalized strain of the earlier mentioned respective kinematic disturbance in space-time-fabric. SAM.

Disturbance In Space -- Holonomy/Lagrangian Of Discrete Energy Phenomenology

The internalized strain, of the multiplicity of a disturbance in space, is key in the formation, of the holonomy of discrete energy phenomenology, whereas; The externalized strain, of the multiplicity of a disturbance in space, is key in the formation, of the Lagrangian of discrete energy phenomenology. SAM.

As To Voltage And Current

 The strain of harmonically dispersed superstring-related homotopic residue, tends to work to form electromotive voltage. Whereas; The permeability of harmonically dispersed superstring-related homotopic residue, tends to work to form electromotive current. Those latched topological eigenstates, that are facilitated in their eminent existence, in part, by the correlative linkage, that is here to exist, between the proximal local strain of harmonically dispersed superstring-related homotopic residue, And, the proximal local permeability of harmonically dispersed superstring-related homotopic residue, works to help in the general formation, of reductional cohomology. I WILL CONTINUE WITH THE SUSPENSE LATER! SINCERELY, SAMUEL DAVID ROACH. (1989).

Harmonic/Anharmonic Strain Of Energy-Related Phenomenology

 At times; Sound applied to voltage, may often tend to be capable, of working to form a harmonic tense, of a strain of energy-related phenomenology. Whereas, at other times; Heat applied to voltage, may often tend to be capable, of working to form an anharmonic tense, of a strain of energy-related phenomenology. 

Holomorphic Strain

 The more uninhibited holomorphic directed strain, that is here to be incurred upon a mass-bearing cohesive set of discrete energy quanta, over a given arbitrary proscribed duration of relativistic time, the quicker that such a said mass-bearing cohesive set of discrete energy quanta,  will consequently tend to be transferred, when in relation to the motion of electromagnetic energy. To be continued! Samuel.