Here, quantum states ... to the orientation of the sensor with respect to the field, which is important for operation on a mobile platform. A favourable feature of magnetometers with a small ...

Quantum sensors might also give submarines a new ... Today, submarine-hunting aircraft use conventional magnetometers that are mostly effective just above half a mile. However, engineers have ...

The five-year $567,000 grant will support the project “Imaging Light-Matter Interactions in Quantum Materials with Nanoscale Quantum Sensors.” Zhou and his team will spatially image ... “You can think ...

researchers can develop ultra-precise quantum sensors for applications such as biomedical imaging, materials characterization, and fundamental physics research. SQUIDs are highly sensitive ...

A quantum sensor is a device designed to respond to ... For example, the study demonstrates how optically pumped magnetometers can image low-magnetic fields of the brain, heart, foetuses, and ...

The group's findings could one day lead to a host of new quantum sensors ... manufactures atomic vapor magnetic sensors, also called optically pumped magnetometers (OPMs). The company builds ...

Fraunhofer IAF uses quantum magnetometers based on nitrogen-vacancy centers in diamond. These single atomic systems act as highly sensitive magnetic field sensors, can operate at room temperature ...

for quantum sensing applications. Leveraging our experiences in chip-scale microresonator optical parametric oscillator, the PI will investigate the chip-scale light squeezing scheme and collaborate ...

Vector magnetometers measure magnetic fields ... while retaining the accuracy and calibration benefits of scalar sensors. A quantum illumination protocol with a network of transmitters and a ...

For instance, participants noted that optically pumped magnetometers can image low ... and fetal health. Quantum sensors could also be used in basic research to better understand cancer, such ...

This creates local magnetic markers in the fluid, which are detected in a third step by highly sensitive quantum sensors through the pipe wall after the fluid has flowed through a defined section.