Department of Physical Mathematics Sciences Engineering Project Technologies, Engineeringinc International Operational Teknet Earth Globa, Tempe, Arizona, United States of America

Publications

• Mini Review   
  Configuring observables solving physical algorithm quantum matrix gravity
  Author(s): Rajan Iyer
  
  Observables have been extracted out of theoretical formalisms of Superluminous Gage Integrated Quantum Astrophysics. These models will predict an eternally cyclical generating ordered energy signals with hod Pauli Dirac Planck stabilizing circuit assemblage. Exemplification of mesoscopic problem-solving observables have gotten demonstrated conceptually adequately. Quantum Gravity observables have been explained by having proposition of critical density matrix, signal/noise ratio criteria to determine gravitational or levitational aspects of a typical object mediated by environment, specifically geodesics, while describing magnetic tensor action on electric tensor fields all in terms of point gradient vortex discontinuity dissipative physics quantum modeling... Read More»
  DOI: 10.37532/puljmap.22.5.(2).1-4

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