Rajan Iyer
Keywords: Hod-PDP general circuitry, magnetic hysteresis loop, BH intensity loop flux, wavefunction switches, superluminal plenum Quagmire turbulence, distorted discontinuum energy fields, monopoles, clocking, particles, Quantum mechanism.
Abstract: Intriguing derivations have made it possible to gage Helmholtz decomposition matrix fields of a point (2 × 2) matrix into Iyer-Markoulakis-Malaver-O’Neill-Hodge-Zhang-Taylor Hod-PDP mechanism in a Superluminal Plenum quagmire in our work we have already published. Basis of [Hod] magnetic_pole_NS_Hysteresis_BH_loop_unparticle will be to get activated by distorted discontinuum energy fields within superluminal plenum magnetic quagmire, with mechanics crossdiagonally equivalent to [N, S] monopoles and diagonally equivalent to [e–, e+] particles of PDP matrix, working like generator clocking with magnetic hysteresis loop unparticle operator. Gaging of IT equivalent four-vector matrix formatwavefunction-gage modes of switches quantifiable analogs {?fermions, ?bosons, ?gluons, ?quarks} [0 off-on 1 on-off] represents throughput of Hod-PDP Superluminal circuit protocol. The whole operational circuitry Hod-PDP mechanism gets energy within Superluminous Plenum Magnetic Quagmire turbulence with having local distorted discontinuum energy field modulating ongoing random switching operations
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