QUANTUM ASTROPHYSICS GENERAL FORMALISMS THEORETICAL TO EXPERIMENTAL GAGING
Authors: Iyer Rajan 
Published: June 2024

The author has summarized the PHYSICS gist of advances made in the last decade having back to the blackboard examination of the inconsistencies within major branches, especially quantum and relativistic mechanics quantifying quantum astrophysical nature with physical process mechanism operating universe or universes concomitantly. Most of the PHYSICS formalisms theoretical mathematical modeling results the author has peer-published highlights have been emphasized providing wide variety of graphics to conceptualize as well as establish explanations on a broader basis. Specifically, original Helmholtz point decomposition fields modeling Iyer Markoulakis matrix formalisms that have been thereby successfully gaged having “Stringmetrics” formulation to explain fermionic fields gradient working conjunction with particle vortex fields to proceed problem solving mechanics. The author has advanced further to identify mechanisms that operate at the Planck quantum level such as Hod-PDP rotational circuit “perpetual motion machine” like assembly to generate particles from Superluminal turbulent “Superfluids” quagmire universal noisy Plenum having perhaps monopole activated energies. Space-time surfaces compressed quantum with dipole magnetism forming to show electric tensors keeping the space fields quanta that are measurable with Poynting vectors have been graphically demonstrated. Algorithm Graphics PHYSICS matrix operationally quantifiable formulae have been thoroughly derived basically out from first principles quantifying Hamiltonian Hermitian Higgs Coulomb gaging to arrive wavefunction, eigen spinors, signal/noise point-to-point metrics correlating with PHYSICS literature observational measurements results. Numerical achievements with operational mechanisms that are applicable for ongoing analytical modeling experimental parameters practically tabulations well discussed to take PHYSICS directionally to proper perspectives with unifying concepts having gage unitarization normalization procedures have been expounded to greater detail. The author has ansatz model introduced switches-states metrics to classify, observe, measure, analyze, and extend Standard Model metrics of charge, spin, parity, color, flavor, mass gage, and the coupling parameters to particle PHYSICS dynamic characterizations. Progressively, the author has devised techniques with methodology to demonstrate analogous transform theoretical to macroscopic simple examples of applied problem-solving physics normal observables experimentation measurement schema. Quantum Gravity Modified Newtonian Dynamics PHYSICS Discontinuum Modeling of Nonlinear Time Rotational Space Gauge Fields Algorithm Numeration Matrix that are computer simulation programmable metrics have been originally developed by general transforms having Lagrange, Hamiltonian, Laplace, Legendre, Fourier, and Jacobian mathematical transforms have been incorporated to generalize universal observer physics black-box nature. Prototype set-ups, figures, variable measuring instrumentation systems feasible Experimental Designs sketch graphical blueprint engineering technological advances that the author has achieved have been layout explained. PHYSICS results from computer programming of matrix value numerical Algorithm IT coding with short discussions that the author has accumulated over these years are highlighted. Strong gravity versus weak gravity thesis PHYSICS quantifying gravitational physics dense fibers transforms propositions with synthesis of strong and the weak interactive particle spectra of vacuum baryons, quark-gluon-plasma, with gravitonic mesons evolution processes as well as Planck Quantum Point PHYSICS Vortex Gradient Fields Structures have been extended to explain how unifying field particle theories may be achieved eventually.