Terry Dyer

Terry Dyer serves as a Research Fellow in the Department of Physics within the University of Strathclyde's Faculty of Science. His work centers on atomic magnetometry and micro-fabricated alkali vapour cells for portable sub-pT magnetic field detection devices targeting medical imaging, geological surveying, security, and inertial sensing applications.

Dr. Dyer's research focuses on ultra-sensitive magnetometer development through:

• Design/fabrication of micro-scale alkali vapour cells
• Optimization of optical pumping and fluxgate sensor technologies
• Applications in medical diagnostics and battery cycle analysis

His fingerprint reveals dominant expertise in Magnetometer (100%), Magnetic Fields (33%), and Vapor Physics (32%) with significant contributions to Sensor Engineering (26%) and Cavity design.

Recent publications (2019-2024) demonstrate consistent innovation in miniaturizing magnetic sensors, enhancing signal-to-noise ratios through digital processing, and developing field-deployable systems for industrial applications like battery monitoring and geological surveying.

No scientific awards are documented in available sources.

Dr. Dyer actively secures research funding as Principal Investigator for:

• FLUXOPIA (2024-2027): Innovate UK-funded fluxgate optimization project
• Battery Analysis Projects (2023-2024): AWE plc-sponsored magnetometer applications
• Optical Magnetometer Productisation (2025-2026): Prototype development with AWE plc

He collaborates extensively with Paul Griffin and Erling Riis across multiple grants.

His work operates within Strathclyde's quantum technology ecosystem, evidenced by participation in the 2019 Quantum Technology Showcase and STEMFest, focusing on translating atomic physics research into commercial sensor applications through close industry partnerships.