This is a match-making section for QuantERA Call 2025.
SQUID Quantum sensing Quantum Gravimeter
My expertise lies in the development of quantum sensing technologies, with a current focus on SQUID-based gravimeters for high-precision geophysical and geotechnical applications. I work on the design, assembly, and signal processing of superconducting quantum interference devices, including vibration isolation, cryogenic systems, and advanced data analysis methods. I am particularly interested in collaborations that combine quantum sensing with applied geoscience, underground imaging, and AI-based signal reconstruction, as well as the development of quantum gravimeters and broader applications of SQUID sensors.
The project focuses on the development of a next-generation SQUID-based quantum gravimeter, aiming to achieve ultra-high sensitivity for detecting minute subsurface mass variations. It will integrate advanced cryogenic systems, noise and vibration isolation, and AI-driven signal processing to enable precise measurements in both laboratory and field conditions. The outcomes will support applications in geophysics, underground imaging, and smart infrastructure monitoring, while also advancing the broader field of quantum sensing.
Submitted on 2025-09-17 07:37:13
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