Emergent Spacetime Quantum-Entanglement Theory (ESQET-UIFT): A Unified Informational Framework for Participatory Gravity, Dark Energy Suppression, and Coherence Dynamics

ESQET-UIFT posits that the spacetime metric is a conformal projection of a dimensionless Spacetime Information Field. The cosmological constant problem is addressed by proposing that dark energy density is the Planck-scale vacuum energy suppressed by a vacuum coherence factor of order 10^-121, consistent with the observed value of order 10^-47 GeV^4. Fermion mass ratios are parameterized by Fibonacci Coherence Unit harmonics. A hypothesized atomic clock shift of order 3.25e-18 is stated as a target for future precision experiments, with the derivation deferred to a companion paper. An application to hardware-attested Quantum Holographic NFTs with SHA-256 provenance is described, using the IBM Quantum job davhgjg4oijs73e7i9l0 and the artifact SHA-256 3f476cd17be3bfb208eb98dfab23d4a6687b471c0868b88fe4aa2d2673eeb640, which corresponds to F_QC = 0.93801533323693254.