Four-Dimensional Quantum Mechanics with Gravity in Madhyasth Darshan: A Resolution with Coupled Sources and Poisson Backreaction

This independent Madhyasth Darshan paper constructs quantum matter and gravitational return from one coupled physical source. Its source classes join an infinite gauge host, gauge–Higgs and matter windows, finite chiral CAR sectors and a stationary Poisson field, with attained ground states and positive spectral gaps under explicit coupling and stiffness bounds. Absolute energy, source load, mixed work and metric response remain in the same account. Version 2 adds the full rank-two aperture comparison, a global finite-chart Poisson-attainment theorem and a native activity dictionary with complete retained source reconstruction. The 32 proofs distinguish the physical CK Hamiltonian from internal JAO readouts and admitted HCK evidence; no private JAO mechanical-energy reservoir is added to gravity. The package states the action, clock, domain and calibration dependencies and includes reproducible calculations.

Authors

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-11-11
DOI
https://doi.org/10.5281/zenodo.24132966
Primary Topic
Relativity and Gravitational Theory
Type
preprint
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preprint

Four-Dimensional Quantum Mechanics with Gravity in Madhyasth Darshan: A Resolution with Coupled Sources and Poisson Backreaction

Balmukund Meena
Zenodo (CERN European Organization for Nuclear Research)
Relativity and Gravitational Theory
preprint

Four-Dimensional Quantum Mechanics with Gravity in Madhyasth Darshan: A Resolution with Coupled Sources and Poisson Backreaction

Balmukund Meena
preprint en

Abstract

This independent Madhyasth Darshan paper constructs quantum matter and gravitational return from one coupled physical source. Its source classes join an infinite gauge host, gauge–Higgs and matter windows, finite chiral CAR sectors and a stationary Poisson field, with attained ground states and positive spectral gaps under explicit coupling and stiffness bounds. Absolute energy, source load, mixed work and metric response remain in the same account. Version 2 adds the full rank-two aperture comparison, a global finite-chart Poisson-attainment theorem and a native activity dictionary with complete retained source reconstruction. The 32 proofs distinguish the physical CK Hamiltonian from internal JAO readouts and admitted HCK evidence; no private JAO mechanical-energy reservoir is added to gravity. The package states the action, clock, domain and calibration dependencies and includes reproducible calculations.

Zenodo (CERN European Organization for Nuclear Research)
Relativity and Gravitational Theory
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