Intention-Weighted Probability: A Directional Extension to Consciousness-Biased Quantum Models

This paper extends a consciousness-weighted approach to quantum measurement by exploring whether intention-like informational structure can introduce extremely small, statistically detectable deviations from standard quantum outcome frequencies. Building on earlier conceptual and mathematical work, it proposes a “needle-in-a-haystack” framework focused on detection sensitivity, falsifiability, and experimental design constraints such as normalization and no-signaling. The goal is not to replace established physics, but to define a disciplined search space in which even vanishingly small anomalies—if present—could be identified, replicated, and separated from systematic error.