Q-Cancer Map: Coherence-Based Tissue Anomaly Mapping A Non-Invasive Engineering Framework for Early-Stage Irregularity Detection

Q-Cancer Map is a non-invasive engineering framework for spatial detection and mapping of early-stage tissue irregularities through phase coherence analysis and scalar bio-potential gradient distortion. The framework extends coherence-sensitive signal extraction techniques originally developed for the Q-Vital Pulse system, evolving from one-dimensional temporal monitoring to two- and three-dimensional spatial tissue mapping. The system is designed to identify localized regions of anomalous electrical behavior—characterized by phase instability, coherence degradation, and effective signal propagation velocity shifts—within extremely weak bio-electromagnetic fields in the microvolt to nanovolt range. Rather than relying on imaging contrast agents or ionizing radiation, Q-Cancer Map operates entirely through passive, non-invasive field sensing and coherence-based signal analysis. Q-Cancer Map is intended strictly as an engineering research platform for pre-screening exploration, anomaly localization, and coherence-based field studies. It does not claim diagnostic, pathological, or clinical validity, and is explicitly designed to support independent validation, reproducible experimentation, and further interdisciplinary investigation.