Quantumind: A Cognitive Architecture Model Leveraging Weak Measurement, Quantum Coherence, and Ethical Entanglement to Explain Adaptive, Context-Sensitive, and Morally Aligned Human Cognition

This paper proposes “Quantumind” — a novel cognitive architecture model that integrates quantum information principles (weak measurement, coherence, entanglement) to explain human cognition in complex, uncertain, and ethically charged contexts. Through a series of controlled experiments, we demonstrate that human decision-making, memory retrieval, and moral reasoning exhibit measurable quantum-like behavior — including non-classical probability patterns, context-dependent memory states, and entangled ethical values. We present a mathematical framework for modeling these phenomena and validate it using EEG, fMRI, and behavioral data. The implications for AI alignment, cognitive resilience, and ethical design are discussed. This work bridges speculative philosophy with empirical science — offering a new paradigm for understanding the mind.