Q-sense: a quantum sensor system for all communications and public safety

Abstract

Q-SENSE: A Quantum Sensor System comprising a Quantum Transceiver Antenna (QTA) having a layered matrix of antenna pixels and toroidal geometries is disclosed. The Sensor may be configured as a smart module to instruct the QTA. Establishing communications integrated or coupled with independent sensor functionality for any kind of situational awareness or public safety, including real-time material signature identification. The QTA renders solid materials—including rock, buildings, underground structures, and Faraday cages—effectively invisible, providing both communications and situational awareness where traditional radios, mobile communications, cameras and sensors fail. Using quantum principles, including quantum tunneling, the QTA operates broadband and far exceeds Chu-Harrington limitations as an electrically small radiator from below 20 Hz through low-IR to high-IR and new quantum-derived spectra to beyond 1 THz. The Quantum Sensor System allows configurations to simultaneously function as an all-in-one smoke, fire, gas, CO, CO2, explosive, and organic-materials sensor, connectivity router, camera, and three-dimensional (X, Y, Z including altitude) GNSS asset-tracking device. Thin-film metamaterial fabrication, artificial-intelligence-driven analysis, and quantum digital power harvesting enable portable, wearable, vehicle-mounted, satellite, spacecraft, and drone-deployed operation for first-responder safety, Smart City, industrial monitoring, resource mapping, medical diagnostics, meteorology, and astronomical observations.

Dependencies are inferred from the claim text.