# Quantum Coupled Field-Effect Biosensors for Diagnostics and Detection **Domain:** Austin Research / Programs **Doc Type:** Research entity **Source basis:** Supplied research cluster with linked references; see the [[wiki/Austin Research Evidence Map|evidence map]] for verification scope. **Quantum Coupled Field-Effect Biosensors for Diagnostics and Detection** is the [[wiki/Defense Threat Reduction Agency|DTRA]]-funded research project announced by UT in June 2024 under [[wiki/Deji Akinwande|Deji Akinwande]]. It seeks improved viral detection by studying conditions affecting biosensor sensitivity and the interaction between the sensing device and pathogens. The announcement explicitly links the need for better diagnostics to experience during COVID-19. This is a concrete multi-use connection: pandemic experience motivates a diagnostic research problem funded through a defense agency. Its intended measurement improvements should remain separate from claims about deployed performance or downstream data use. ## Connected entries [[wiki/Deji Akinwande|Deji Akinwande]] · [[wiki/Defense Threat Reduction Agency|Defense Threat Reduction Agency]] · [[wiki/Biosurveillance|Biosurveillance]] · [[wiki/Multi-Use Inference and Control|Multi-Use Inference and Control]] ## Sources and corpus context - [[research/The Austin Executable Loop|The Austin Executable Loop — master document]] - [UT — Deji Akinwande Wins DTRA Award for Quantum Biosensors (June 26, 2024)](https://www.tmi.utexas.edu/news-events/312-deji-akinwande-wins-dtra-award-for-quantum-biosensors) **Cluster:** [[wiki/Austin Executable Loop|Austin Executable Loop]] · [[wiki/Austin Research Evidence Map|Austin Research Evidence Map]]