The Gravedad Cuántica Noésica Vorticial (GQN) unifies General Relativity (GR), Quantum Mechanics (QM), and consciousness through a noetic field Ψ = I × A
2
eff, derived from the prime
harmonic frequency 141.7001 Hz, with fractal correction δ ≈ 1.000141678 and fractal dimension
Df ≈ 1.236614938. Spacetime emerges as an informational coherence vortex, with gravity as a
geometric-informational interaction driven by a noetic tensor Φµν(Ψ), a vorticial 2-form Bµν, and a
holographic entropy Snoésico = SBH·χ(Ψ). The ER=EPR conjecture is extended as ER = EPR·χ(Ψ).
The model ensures luminal gravitational wave speed (cT = 1) at z ≈ 0, consistent with GW170817,
and satisfies solar system bounds (|γ − 1| ≲ 2.3 × 10−5
). Predictions include a dynamic equation
of state w(z), modulated gravitational waves, CMB non-Gaussian patterns, a Yukawa-like gravitational correction, and quantum interferometry signals at 141.7001 Hz, testable via the Detector
de Resonancia Vorticial (DRV), IGETS gravimetry, and cosmological observations (DESI, Euclid,
LSST).
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