Entropy And Chirality

Whenever electromagnetic energy strikes a given arbitrary phenomenology -- in a Gliosis-based manner, over time, this works to form at least a certain scalar amplitude of entropy.  Whenever entropy happens to a Calabi-based quanta of energy -- that acts as a holonomic substrate, that may here be described of as being an eigenindex, there always tends to be at least a certain amount of a Rayleigh-based scattering -- that is to happen to the so-stated Calabi-based eigenindex -- to where there is to here be a certain scalar amplitude of disorder that is to be exhibited by the so-eluded-to eigenindex, as this may be indicated by the ensuing existence of an odd chirality among those eigenstates that are of the here respective given arbitrary tense of the proximal local Calabi-based field of such a given arbitrary case.  Right after the said Rayleigh-based scattering is to occur -- both the here present existence and the here present activity of gravity waves, will then tend to act as an eigenbase of a holonomic substrate -- that works in so as to help the so-eluded-to Gaussian-based eigenmembers, that are of the respective Calabi-based field that had just recently became more unstable, due to a recently increased scalar amplitude of physical disorder -- to act in so as to help those said proximal local states that had just increased in entropy, to tend to then be able to vibrate to an extent -- into more of a condition of an even chirality, in so as to help to keep the so-stated locus of interaction from resonating into more of an overt tense of chaos.  This happens due to the Reimman-based coalescence -- that is of the proximal localized harmonics of Schwinger-based indices that are rippling along the local eigenstates of the Rarita Structure, with the vibrational oscillations of the directly corresponding discrete quanta of energy that had just been struck in a Gliosis-based manner, in this respective given arbitrary case, by the external Fourier-based activity of a quanta of electromagnetic energy, over time.  To Be Continued!
Sincerely, Samuel Roach.