QUANTUM RESONANCE FIELD THEORY RODNEY LEE ARNOLD JR

Quantum Resonance Field Theory (QRFT)

A New Framework for Entanglement-Based Gravity, Dark Matter, and Cosmic Memory

Filed under: Theoretical Physics | QRFT | Cosmological Models

By Rodney Lee Arnold Jr. | Updated April 2025


"Gravity isn’t a force—it’s a memory. A residual echo of entanglement curvature on a quantum resonance field."

Quantum Resonance Field Theory, or QRFT, proposes that gravity is not a fundamental force but an emergent phenomenon arising from quantum entanglement between two interactive fields: ψ and Φ.

These fields form a standing wave resonance structure. When their entanglement phase density shifts across space, spacetime curvature emerges—what we perceive as gravity.

Core Equations and Parameters:

  • Entanglement Energy Tensor (Eμνent): Modulates field interaction curvature
  • Resonant Metric Tensor (gμνres): Replaces Einstein's curved spacetime model
  • QRFT Strain Deviations: Predicts anomalies in gravitational wave patterns (e.g., GW190521)

This theory extends the principles of holographic duality and ER=EPR to flat spacetime, using a two-mode squeezed state formalism to describe how entanglement collapses generate curvature and matter condensation.

Applications:

  • Gravitational wave behavior and strain mapping
  • Explaining Dark Matter as residual entanglement drag
  • Dark Energy as entanglement decay and vacuum decoherence

“Where Einstein saw mass bending spacetime, QRFT sees entangled resonance shaping the observable universe.”
— R.L.A.

Experimental Alignment:

QRFT predictions match deviations seen in high-redshift gravitational waveforms. Its entanglement tensor Λent ≈ 10⁻⁶⁸ m⁻² aligns with vacuum energy scale discrepancies unexplained by ΛCDM.

The entanglement resonance coefficient δ = 0.425 and phase modulation index γ = –0.967 model the dynamic relationship between field collapse and expansion.

CMB Power Spectrum Fit:

QRFT produces a power spectrum curve nearly indistinguishable from Planck 2018 data when zc = 527, suggesting a phase transition point in early cosmological entanglement.


We are not bound by gravity—we are woven by resonance.

Further Reading:

Experimental Validation Links
  • GW190521 Gravitational Wave Strain Data
  • Planck 2018 CMB Spectrum

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