FROM QUANTUM SENSORS TO REAL-WORLD SOLUTIONS
QT Sensing develops advanced quantum sensing technologies based on optically pumped magnetometers (OPMs). We integrate quantum sensors with electronics, signal processing, and imaging algorithms to detect weak signals and reveal information that is difficult to access with conventional sensing technologies.
Quantum Sensor Development
We design and fabricate optically pumped magnetometers for ultra-sensitive magnetic field detection.
Integrated Sensing Systems
We combine quantum sensors with electronics, sensor arrays, signal processing, and advanced reconstruction methods.
Real-World Applications
We develop quantum sensing solutions for underground communication, subsurface imaging, corrosion detection, and precision magnetic sensing.
Quantum Sensing Applications
Subsurface Imaging & Mapping
Underground & Challenging-Environment Communications
Corrosion & Infrastructure Inspection
See Beneath the Surface
Quantum magnetometers can detect extremely weak electromagnetic signals associated with subsurface structures and materials. QT Sensing is developing sensor arrays and advanced reconstruction methods for 2D and 3D subsurface conductivity mapping, with potential applications in buried infrastructure, geophysical exploration, and underground characterization.
Corrosion & Infrastructure Inspection
Underground & Challenging-Environment Communications
Corrosion & Infrastructure Inspection
Detect What Cannot Be Seen
QT Sensing is developing quantum magnetic sensing technologies for non-destructive inspection of pipelines, steel structures, and other critical infrastructure. By detecting subtle magnetic and electromagnetic signatures, these systems can help identify corrosion, material loss, and structural changes before they become visible.
Underground & Challenging-Environment Communications
Underground & Challenging-Environment Communications
Underground & Challenging-Environment Communications
Communicate Where Radio Cannot
QT Sensing is exploring ultra-sensitive magnetic receivers for low-frequency communication through soil, rock, structures, and other environments where conventional radio-frequency signals are strongly attenuated. Quantum magnetometers offer a new approach for detecting extremely weak communication signals in challenging environments.