Quantum Resonance Interface (QRI): Experimental Protocol for the Interaction Between Conscious Intention, Biofeedback, and Quantum Computation

This document presents the Quantum Resonance Interface (QRI), an experimental protocol designed to investigate the correlation between human conscious intention and quantum system evolution. QRI operates at the intersection of psychophysiology, information theory, and quantum computation. The central hypothesis posits that a state of psychophysiological coherence, measured via biometric data (particularly HRV), can function as an informational vector. This vector is algorithmically translated by AI into a unique, state-dependent quantum circuit executed on a real quantum processor (e.g., IBM Quantum). Unlike traditional statistical methods, QRI applies a phenomenological and symbolic analysis of post-execution outcomes, assessing their thematic resonance with the original intent. The protocol introduces a new operational grammar for mapping intentional bio-quantum interaction and offers a pre-paradigmatic framework for a future science of intention.