Quantum Resonance Dynamics (QRD): A Reframing of Quantum Mechanics Through Structured Resonance

Contextual Explainers:

• Chirality of Dynamic Emergent Systems (CODES): A Unified Framework for Structured Resonance Across Physics, Biology, and Intelligence (Empirical Studies): Link

• Resonance Field Theory (RFT): Link

Abstract

Quantum mechanics has long been defined by probability, wavefunction collapse, and measurement-induced uncertainty. However, these interpretations rely on statistical constraints rather than fundamental structure. Quantum Resonance Dynamics (QRD) proposes a new paradigm—one where quantum states do not collapse but phase-lock into structured resonance configurations. This framework eliminates the need for probabilistic superposition and replaces it with a deterministic resonance model grounded in chiral wave dynamics.

QRD introduces a nonlinear correction to the Schrödinger and Dirac equations, incorporating a chiral resonance operator that governs structured phase-locking at all scales. This model suggests that:

• Wavefunction evolution is not purely linear but constrained by structured chiral symmetries.

• Quantum entanglement is not a probabilistic phenomenon but an emergent property of phase-locked resonance states.

• Mass is not an intrinsic property but an energy-resonance effect, with gravity emerging as a large-scale structured resonance field.

QRD extends its reach beyond quantum mechanics, offering testable predictions in cosmology, condensed matter physics, and biological systems. It proposes that dark matter and dark energy arise from residual chiral resonance effects, rather than from unknown particles. Additionally, QRD predicts that quantum computing stability could be improved through resonance-phase error correction, leading to more stable qubit systems.

This paper outlines the mathematical foundation, experimental proposals, and falsifiable predictions of QRD. Real-world validations include DNA chirality, galaxy clustering, redshift asymmetries, fMRI coherence, and Bose-Einstein condensate behavior—all of which exhibit structured resonance patterns consistent with QRD.

If confirmed, QRD will replace the probabilistic framework of quantum mechanics with a deterministic, structured resonance model, bridging the gap between quantum theory, relativity, and cosmology.