What question did this study set out to answer?

The aim is to argue that gravity is an emergent phenomenon rather than a fundamental force requiring quantization.

March 21, 2026Open Access

Why Quantum Gravity Does Not Exist: Ten Proofs from Independent Physical Domains

Key Points

The aim is to argue that gravity is an emergent phenomenon rather than a fundamental force requiring quantization.
Utilized Harmonic Trigonometric Field Theory (HTFT) to support claims.
Examined multiple physical domains including orbital mechanics and atomic physics.
Identified stability boundaries (Dalet and Bet) that govern physical identity.
Tested the persistence of stable identity in various physical systems.
Gravity is shown to collapse at stability boundary Bet (0.025).
Stable physical identity persists below Dalet (0.0125) across all tested domains.
No graviton is necessary as gravity is not a fundamental force.

Abstract

We present ten independent empirical proofs that gravity is an emergent consequence of universal stability boundaries rather than a fundamental force requiring quantization. Building upon Harmonic Trigonometric Field Theory (HTFT), the Law of Form (Dalet = 0.0125), and the Law of Stability (Bet = 0.025), we demonstrate that the same two dimensionless constants govern stable identity in orbital mechanics, atomic physics, fluid dynamics, planetary structure, black hole horizons, thermodynamic phase transitions, biological homeostasis, structural engineering, gravitational wave physics, and Lagrange point stability. In every domain tested, stable physical identity persists below Dalet (0.0125) and collapses at Bet (0.025). Quantum gravity has failed to produce a testable theory for over 100 years because it attempts to quantize a phenomenon that is not a force. Gravity is the emergent expression of the stability boundary Bet. No graviton exists because none is needed.

Ask AI

Helpful

Bookmark

View Full Paper