Quantum inertial navigation is a new area of study promising significantly higher measurement accuracy. “By operating with cold, continuous atoms, we have opened the door to a number of ...

A complete quantum compass—more precisely called a quantum inertial measurement unit—would require six atom interferometers. But Lee and his team have been finding ways to reduce its size ...

[Anilm3] wrote in to share the IMU tutorial series he is working on. An Inertial Measurement Unit is most often found in self-balancing robots and quadcopters, providing enough high-speed sensor ...

Quantum sensor technology based on matter-wave interferometry explores new methods for the development of inertial sensors for enabling high-precision measurements ... atoms and is characterized by a ...

The Institute for Satellite Geodesy and Inertial Sensing with its main office in Hanover primarily focuses on research questions relating to the use of quantum technologies and quantum sensors, and ...