Study evaluates 24 GHz millimeter-wave sensors for non-invasive respiratory motion monitoring in medical imaging and ...

Researchers in Germany have developed a special technique that will allow better control over atomic reflections in quantum ...

Attosecond time-resolved experiments have revealed the increasing importance of electronic correlations in the collective ...

Monitoring respiratory motion during diagnostic imaging and radiation therapy is crucial for accurate diagnosis and treatment ...

Kindai University's innovative millimeter-wave sensor visualizes respiratory movement, ensuring precise monitoring during ...

Abstract: 6D pose estimation from a monocular RGB sensor is essential for robotic assembly ... To address these limitations, we propose Phys-Field, a physics-aware neural surface framework for joint ...

Researchers have developed a sensor that non-invasively visualises respiratory motion during X-ray and CT scans.

What makes this project even more interesting is its applicability. Not only we can measure the speed of moving cars or other objects, but we can also utilize this Arduino based speed sensor in ...

This three-year programme offers a variant of the advanced study offered in the Physics BSc. You will develop specialised knowledge of the theoretical structure of the core topics in physics. The ...

Born from the need to monitor and forecast earthquakes in shallow coastal waters, the SUBGEO system is designed to measure seafloor motion, such as strain and release processes, at depths of less ...