Structured Lensing Through Ξ A Universal Oscillating Energy Reinterpretation of PKS 1830-211
Structured Lensing Through Ξ A Universal Oscillating Energy Reinterpretation of PKS 1830-211
This paper applies the Phase 4 formulation of the Universal Oscillating Energy (UOE) framework to the case of PKS 1830-211. By replacing gravitational curvature with structured Ξ-field gradients, we reinterpret the Einstein ring as a product of oscillatory identity realignment, not spacetime deformation. The model incorporates dual inflow emergence, angle persistence, and collapse-linked lensing, using field simulations and consistent UOE logic as developed in prior work.
511keV, Physics, Quantum physics, Physics/education, Universal Oscillating Energy, Particle physics, Physics/standards, Emergence, PKS 1830-211, Collapse Threshold, Lensing, Galactic astronomy, Mathematical physics, Physics/methods, Ξ-field, Einstein Ring
511keV, Physics, Quantum physics, Physics/education, Universal Oscillating Energy, Particle physics, Physics/standards, Emergence, PKS 1830-211, Collapse Threshold, Lensing, Galactic astronomy, Mathematical physics, Physics/methods, Ξ-field, Einstein Ring
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