Energy Efficient Quantum Magnetometer for Commerce & Defense
Gyro-magnetometer for Inertial Navigation Systems
Tags: Australian National University, Australia, Science & Exploration
ANU has developed a quantum magnetometer that simultaneously measures rotational and magnetic field changes, offering advanced applications in navigation, space technologies, defense, instrumentation, mobility and transport. This energy-efficient, non-cryogenic device enhances inertial navigation systems with its novel analysis techniques, without increasing cost or size. It promises high accuracy, low noise, and is competitive with the best atomic magnetometers and laser gyroscopy. Targeting high-grade commercial and defense systems, ANU seeks partners for further development and licensing. The IP is owned by ANU, highlighting its potential in the growing quantum magnetometer market.
IP Type or Form Factor: Design; Device
TRL: 3 - proof of concept with needs validated
Industry or Tech Area: Earth Sciences; Space & Satellites
