Developing Quantum Forensics and Bio-Nanotech Crime Detection to Fortify US National Security and Global Justice Leadership

Abstract

The convergence of quantum computing, nanotechnology, and biosensing technologies represents a paradigm shift in forensic science and national security. This study examines the development and integration of quantum forensics and bio-nanotech crime detection systems as critical infrastructure for enhancing US national security capabilities and maintaining global justice leadership. Through comprehensive literature review and analysis of emerging technologies, we investigate how quantum entanglement-based authentication, nanomaterial biosensors, and AI-augmented forensic frameworks can address contemporary security threats in the post-quantum era. Our findings reveal that these technologies offer unprecedented precision in evidence collection, threat detection, and criminal investigation while presenting significant implementation challenges. The research demonstrates that strategic investment in quantum-nano forensic capabilities is essential for maintaining technological superiority in law enforcement and counterterrorism operations. This study contributes to the growing body of knowledge on advanced forensic technologies and provides actionable recommendations for policymakers, security agencies, and research institutions.