Gravity Without a Graviton | A New Route to Quantum Gravity

Natural Evolution of Actuality (NEA) takes the independent abstract lawful responsibilities M and F,and primitive consequential joining Ω, as its starting premises. Quantum-capable phase and spinor carriers,a developed Isbell–Zorro geometry, and Jeffers Response Tensor II (JRT II) subsequently arise as different,potentially co-realised organisations. The source claim is not that spin-two excitations are impossible; it is thatno independently primitive graviton must be inserted beside M, F and Ω. We establish an explicit conditionalmathematical witness for that distinction. A positive two-address response generator includes a generated-metriclapse contribution and admits a stable, strictly finite-hop causal update. Its exact Schur–Scar reduction producesa coherent two-carrier interaction, Heff = E0I − γσz ⊗ σz, without adding a separate graviton Hilbert-spacefactor. Under a selected coherent effective evolution, the concurrence is | sin(2γt/ℏ)|, so initially unentangledcarriers can become maximally entangled. The same network defines branchwise nondegenerate Lorentzianreadouts; a pair of quantum states with identical diagonal geometric data but opposite coherent comparisonsignatures gives an exact No Silent Erasure obstruction to replacing the complete state by a single coarsemetric expectation. An independent transverse–traceless construction exhibits helicity-two representations andfinite-speed collective propagation without declaring them primitive particles. These exact model results areseparated from the unproved physical maps: unique geometry generation, universal gravitational coupling, fullquantum causality, the physical radiative spectrum, and the interpretation of the selected coherent interactionas observed gravity.

Authors

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-11-11
DOI
https://doi.org/10.5281/zenodo.24134623
Primary Topic
Relativity and Gravitational Theory
Type
preprint
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preprint

Gravity Without a Graviton | A New Route to Quantum Gravity

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

Gravity Without a Graviton | A New Route to Quantum Gravity

Darren Jeffers
preprint en

Abstract

Natural Evolution of Actuality (NEA) takes the independent abstract lawful responsibilities M and F,and primitive consequential joining Ω, as its starting premises. Quantum-capable phase and spinor carriers,a developed Isbell–Zorro geometry, and Jeffers Response Tensor II (JRT II) subsequently arise as different,potentially co-realised organisations. The source claim is not that spin-two excitations are impossible; it is thatno independently primitive graviton must be inserted beside M, F and Ω. We establish an explicit conditionalmathematical witness for that distinction. A positive two-address response generator includes a generated-metriclapse contribution and admits a stable, strictly finite-hop causal update. Its exact Schur–Scar reduction producesa coherent two-carrier interaction, Heff = E0I − γσz ⊗ σz, without adding a separate graviton Hilbert-spacefactor. Under a selected coherent effective evolution, the concurrence is | sin(2γt/ℏ)|, so initially unentangledcarriers can become maximally entangled. The same network defines branchwise nondegenerate Lorentzianreadouts; a pair of quantum states with identical diagonal geometric data but opposite coherent comparisonsignatures gives an exact No Silent Erasure obstruction to replacing the complete state by a single coarsemetric expectation. An independent transverse–traceless construction exhibits helicity-two representations andfinite-speed collective propagation without declaring them primitive particles. These exact model results areseparated from the unproved physical maps: unique geometry generation, universal gravitational coupling, fullquantum causality, the physical radiative spectrum, and the interpretation of the selected coherent interactionas observed gravity.

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