God's Presence

The cosmological gravitational dynamics and the EESD of claim 1 wherein atomic elements, plasmas and the Universe cosmological nullities engender the EESD streaming mass continuums and eternally fluxing plasmas, balance the boundaries perfection of everything, the genera of everything, and spawn the cosmological gravitational dynamics;

• the cosmological nullities yield the genera of everything, the Advanced Fluid Elements, which resolves the Theory of Gravitational Dynamics;
• all of it resolves the Theory of Uniformity;
• wherein, solutions to the two Theories, the EESD, the Advanced Fluid Elements and cosmological nullity engendering the boundaries perfection solve the Theory of Everything;
• that solves The Three Theories;
• wherein, universally stunning uniformity is omnipresent demands for light fluids energy;
• from infinity of space to infinitesimal detail, discloses the fundamental Fluid Elements, the solutions to the Three Theories and the civilizations survival highly limited principal options solitarily course of action;
• shrinking water sources and regulating CO2 emission cuts cannot effectively conserve water;
• the sui generis boundaries in ubiquitous devices timely maximal benefit avoid a doomsday scenario;
• the flowing fluids, conforming quanta, PPLLS, boundaries perfection maximal conformances to the Second, First Law embody the boundaries perfection, devices that yield maximal longevities.

4:

• The mass energy balancing of balancing everything of claim 1, wherein
• the flowing fluids, PP, PPLLS and conforming quanta in omnidirectional environment comprise low to negative backpressures embodying the PPLLS, MEHC versions to anywhere gravitational sink;
• since the First, Second Law is universal, mass energy genres of the PP, PPLLS is universal;
• thus, genres of parameters correlate the Advanced Processors to the fundamental Fluid Elements.

19:

• A Second Fluid Element, a Set, a trap apparatus, associated with a drainage line comprising:
• an Inlet capable of accepting in flowing, releasing outflow of fluxing flowing fluids, to maintain submerged an unchanging mass volume retention region in the Inlet;
• a basin associated with the Inlet capable of accepting in flowing, releasing outflow of the fluxing flowing fluids, to maintain submerged a unchanging mass volume retention region in the basin;
• an outlet associated with the basin and capable of accepting in flowing, releasing outflow of the fluxing flowing fluids, to maintain submerged an unchanging mass volume retention region in the outlet;
• an unchanging mass volume retention region comprising of unchanging mass volume retention regions comprising the fluxing flowing fluids least mass volume, a retention, retained in the Inlet, basin and outlet;
• a fluxing detention region capable of detaining a fluxing mass volume, a detention, comprising the fluxing flowing fluids respective mass volume detained in the Inlet, basin, outlet;
• means for maintaining an entire undersurfaces of an End 2 of the Inlet or a First End of the outlet submerged in the fluxing flowing fluids retained in the unchanging mass volume retention region of the basin;
• an undersurface of the End 2 of the Inlet or the First End of the outlet and in a curving upright surface plane of symmetry effectuated a PAP Line, or said End 2 or said First End submerged in the unchanging mass volume retention region of the basin classifying a hybrid, a globose, a globose inverse structure respective domain of the sui generis boundaries perfection, the Second Fluid Element;
• a fluxing quantized quanta region equaling the unchanging mass volume retention and the fluxing detention regions;
• the fluxing quantized quanta region subdivided into mass energy quantum constituting a paths-of-passage (PP) lengths least sum (PPLLS) of the PP concurrent mass energy paths effectuating a passage of the fluxing flowing fluids detained mass and energy in the fluxing detention region;
• a fluxing conforming quanta region equaling the fluxing quantized quanta region and comprising mass volume of the flowing fluxing fluids in the fluxing quantized quanta region;
• a fluxing conforming quanta equaling mass volume of the fluxing conforming quanta region and comprising the fluxing flowing fluids mass volume in the fluxing conforming quanta region comprising the PPLLS;
• a fluxing boundaries perfection region equaling the fluxing conforming quanta region and equaling the fluxing flowing fluids mass volume in the fluxing conforming quanta region;
• a fluxing boundaries perfection equaling mass volume of the fluxing conforming quanta and equaling the fluxing quantized quanta region comprising the PPLLS;
• a fluxing flowing mass and energy highest conserving (MEHC) region affecting mass volume boundaries comprising of mass volume energy highest conserving of the fluxing flowing fluids comprising the fluxing quantized quanta region;
• a mass and energy highest conserving (MEHC) equaling mass and energy of the fluxing flowing fluids in the fluxing flowing fluids, mass and energy highest conserving region spawning one or more versions of the MEHC three versions and each of the three comprising the PPLLS;
• a sui generis boundaries equaling the fluxing boundaries perfection;
• an inductive film layer spawned by the fluxing flowing fluids affecting the fluxing boundaries perfection, the sui generis boundaries interfacing with the Set;
• a structure sui generis boundaries perfection comprising inner surfaces of the Set;
• a boundaries perfection region coinciding regions comprising the fluxing conforming quanta region and the fluxing boundaries perfection region coinciding with the sui generis boundaries and the structure sui generis boundaries perfection, bounding the fluxing flowing fluids;
• a boundaries perfection comprising boundaries perfection region and the coinciding regions and the sui generis boundaries and the structure sui generis boundaries perfection comprising mass volume of the fluxing flowing fluids comprising the PPLLS;
• highest elevations affecting the structure sui generis boundaries perfection, fluxing conforming quanta, MEHC, fluxing boundaries perfection region of the fluxing flowing fluids;
• FESD inventions embedded in the structure sui generis boundaries perfection affecting means for minimizing mass volume of the fluxing flowing fluids in the fluxing quantized quanta region to thus lower the PPLLS to an optimally, an ultimately, a maximally or an absolutely least sum;
• the PPLLS optimally, ultimately, maximally, absolutely least sum effectuating respectively the fluxing flowing fluids an optimally, an ultimately, a maximally least pressures and backpressures in the fluxing quantized quanta region, thereby, yielding respectively an optimally, an ultimately, a maximally, an absolutely longest longevity of the structure sui generis boundaries perfection;
• a cross-sections perimeter of the conforming quanta, sui generis boundaries perfection region embodying parallel horizontal breadths embodying of a cross-section rounded lowest area region widening into breaths of a transition area region and widening of breadths into a rounded upper area region comprising a curvilinear perimeter compact composite cross-sectional area of the structure sui generis boundaries perfection, fluxing boundaries perfection region of the fluxing flowing fluids, comprising First Fluid Element cross-sections associated with the drainage line cross-sections and associated with length portions comprising cross-sections of the Second Fluid Element.

20:

• The Second Fluid Elements according to claim 19 wherein
• the Industrial Set constituting a Holding Chamber means for detaining the fluxing flowing fluids in the outlet is sustaining the structure sui boundaries perfection into the Exhaust;
• a conical duel FESD invention, as a part of the Inlet and the outlet, engenders the Inline Set;
• a respective angle magnitude constituting the PAP Line and Angle differentiates among the upright, the angled near upright, the angled and the low angled Set;
• an anti sidelong offset, an anti sidelong disposition of the End 1 in respect to the basin embodies the Anti Sidelong Offset, the Anti Sidelong respective Set;
• wherein, the Second Fluid Element resides in the globose inverse, globose or hybrid domain.

22:

• The Second Fluid Element, the Fluid Element, according to of claim 19 comprising
• the Flush Apparatus means for locating anyplace a nozzles set, a network of nozzles, or a nozzle yield a design fluids flush system embedded about walls of the sui generis boundaries;
• the walls made by assembling, welding of molded panels affectively assemble the Flush Apparatus;
• a tie-in or a tie-ins set is accessibly disposed;
• the tie-in receives a threaded compression fitting which attaches a supply line of the design fluids to a tie-in apparatus and the Flush Apparatus means for delivering preselected quantities of the design fluids at preselected pressures and flow rates;
• the means includes check and control valves that prevent a potential fluid backflow and for operating separately or jointly each of the supply lines and delivering the design fluids of one or selectively more than one admixture;
• the Flush Apparatus means for delivering of the design fluids include joint and individual rinsing, flushing maintenance of the inductive film layer, a nozzle, a set, or a network of nozzles and/or a major nozzle is of spray varieties known in the art;
• each nozzle face is flush to the structure sui generis boundaries in predisposed localities about anyplace necessary.