Dataset for "Plants vs. Einstein: The Semantic Bio-Energy Revolution"

We extend Einstein’s mass-energy relation by introducing a novel “semantic term” S, yielding: E_total = m c^2 + λ S, [S] = J.S quantifies weighted acoustic energy modulated by valence (V) and arousal (A). We formulate a self-consistent Lagrangian: L_total = ½(∂μφ_bio)^2 – ½ m_bio^2 φ_bio^2 + ½(∂μφ_sem)^2 – ½ m_sem^2 φ_sem^2 + λ_int φ_bio φ_sem.Mechanistic modeling links acoustic pressure → membrane potential → Ca²⁺ channel opening → Michaelis–Menten ATP kinetics. We report real-data from three species—Arabidopsis thaliana, Solanum lycopersicum (tomato), Oryza sativa (rice)—each N=90, obtaining posterior β₁≈0.28 (90% CI [0.17,0.39]) and λ_int≈3×10³ m³/J. Global constraints from torsion-balance, lunar laser ranging, Casimir, and ultracold neutron experiments appear in a log–log plot. Four precision detection methods (optical spectroscopy, muon decay, 23 T NMR, atomic interferometry) are proposed with detailed protocols. All data, code (including Dockerfile), and protocols are archived here. This work inaugurates “Semantic Bio-Energy Physics” and provides a falsifiable path to verify S as a genuine physical quantity. Contact Information (English): Name: PSBigBig Affiliation: Independent Researcher / Developer Email: [e-mail] Papers: https://onestardao.com/papers/