When a given arbitrary discrete quantum of energy, is here to be working on being associated with the general process, of maintaining the same intrinsic fractal of thrust, that; -- the denser that the superstring-related pressurized vacuum is to be, of which is here to be Of the Hamiltonian Operand, that a discrete quantum of energy is thence to be traveling through, -- that it resultantly follows, that the field modulus of the directly associated light-cone-gauge eigenstate, will consequently tend to be relatively more tightly-knit, than if the directly associated discrete quantum of energy inferred here, were to be traveling through a less viscous Hamiltonian Operand of superstring-related pressurized vacuum. It follows then; that under a similar set of general conditions, in which such a given arbitrary discrete quantum of energy, is here to be working to be in the process, of maintaining the same intrinsic fractal of thrust, that; -- the less dense that the superstring-related pressurized vacuum is to be, of which is here to be Of the Hamiltonian operand, that a discrete quantum of energy is to be traveling through, that the field modulus of the directly associated light-cone-gauge eigenstate, will consequently tend to result in being relatively less tightly-knit, than if the directly associated discrete quantum of energy inferred here, were to be traveling through a more viscous Hamiltonian Operand of superstring-related pressurized vacuum. Sincerely, SAMUEL ROACH.
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