Part 2 Of The Flow Of The I*PI(del) Action

 The heuristic permeation of the flow of the I*PI(del) Action, works to help form the harmonic output, of the respectively recursively re-calibrated Chern-Simons Invariants. And; The dispersive restraint of the flow of the I*PI(del) Action, works to help form the anharmonic output, of the respectively recursively re-calibrated Chern-Simons Invariants. TO BE CONTINUED! SINCERELY, SAMUEL ROACH. 

Postulation -- Potential Alleviation Of Excess Entropy

 Is it possible, that if one were to potentially invert, as an ulterior anharmonic output, the general process, in which the facilitated formation of recursively re-calibrated spurious Chern-Simons Invariant-Related metric-gauge eigenstates are formed, that one may, at least possibly, work to allow for a potential alleviation of at least some residual entropy-related eigenstates, to where this general type of an operation, could possibly work to successfully go against, what we currently consider, as being Newton's second law of thermodynamics? SAM ROACH.

Stipulation -- Resonant Flow Of Chern-Simons Invariant-Related Metric-Gauge Eigenstates -- Generation Of Surplus Kinetic Energy

 To my estimation, it is possible, that when the facilitated formation of a tense of recursively re-calibrated Chern-Simons Invariant-Related metric-gauge eigenstates, is to work to form a back-and-forth resonant flow, between initially being of a heuristically hermitian nature, to then being of a heuristically spurious nature, and back again, and so on, that this general process over time, may often work to bear the potential possibility, of working to generate a surplus, of exhibited holonomic kinetic energy-related eigenstates. SAMUEL DAVID ROACH. (PHS 1989). 

Gauge-Invariant Behavior

 The closer that a given arbitrary Noether-Based Hamiltonian Operator is to be, at exhibiting the nature of a net gauge-invariant behavior, the more probable that the facilitated display of its respectively formed recursively re-calibrated Chern-Simons Invariants, will tend to bear a relatively hermitian nature. SAM.