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 designed for the spatial detection of early-stage tissue anomalies. It utilizes the principles of phase coherence analysis and scalar bio-potential gradient distortion. This technology extends the coherence-sensitive signal extraction techniques originally developed for the Q-Vital Pulse system, transitioning from one-dimensional monitoring to comprehensive two-dimensional and three-dimensional tissue mapping. The core strength of the framework lies in its ability to identify localized regions of irregular electrical behavior—such as phase instability and effective propagation velocity shifts—within weak bio-electromagnetic fields (microvolt to nanovolt range). Unlike traditional methods, Q-Cancer Map operates without the need for imaging contrast agents or ionizing radiation. It serves as a high-sensitivity engineering foundation for pre-screening and anomaly localization research.