Speaker
Description
Harnessing nanotechnology, smart dust is revolutionizing nuclear detection and urban safety. These sub-millimeter autonomous sensors detect radiation, toxins, temperature, and vibrations, integrating with IoT and machine learning for real time monitoring and predictive analytics. Quantum based AI further enhances its detection capabilities, making smart dust a vital tool in security. Smart dust enhances On-Site Inspection operations, enabling precise mapping of radioactive particles, chemical signatures, and seismic activity while reducing reliance on human power. It continuously monitors air quality, radiation levels, and toxic substances, providing real time alerts for inspector safety. For urban security, integrating smart dust with quantum AI improves radiation anomaly detection and crisis management. Autonomous deployment in key infrastructure enhances monitoring, while quantum based AI processes large data sets for real time threat analysis. Future developments may enable smart dust to absorb radiation, offering long term protection against nuclear threats. This paper explores smart dust applications in nuclear security, containment and surveillance, material control and accountability and urban safety. It highlights its potential use by the Comprehensive Nuclear-Test-Ban Treaty Organization in On-Site Inspections, inspector safety, and seismic/acoustic monitoring. Smart dust's autonomous operation and wireless transmission offer cost effective solutions for nuclear safeguards.
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