Real-Time Quantum-Gravitational Capsule Endoscopy with AI-Driven Biopsy for Gastrointestinal Cancer Diagnosis
Abstract
Chur Chin
Recent advances in capsule endoscopy have opened minimally invasive pathways to visualize the gastrointestinal (GI) tract. However, traditional capsules lack active intervention capacity such as real-time biopsy or lesion ablation. This paper proposes a conceptual system that integrates Quantum + Gravitational computation with real-time AI feedback to enable autonomous detection and intervention, such as biopsy, within the stomach, small intestine, and large intestine. Using quantum entanglement-assisted signal processing, gravitational sensing for orientation control, and AI-trained models for lesion recognition, this system enables targeted, real-time precision medicine. Over 20 references are reviewed to support this multi-disciplinary paradigm, with implications for early cancer diagnosis, ulcer evaluation, and polyp resection.
