High sensitivity diamond magnetometer device based on photoelectrical detection of electron spin resonance on chip Hasselt University
Compact, robust, high sensitivity, diamond magnetometer device based on photoelectrical detection of electron spin resonance on chip for detection of sub-pico tesla magnetic fields. This device is suitable for wide range of applications, which require measurement of extremely low intensity magnetic fields and vector magnetometry. Those are for example, aerospace, space, sensors for autonomous driving, quantum sensors for biology, electrical current imagers for nanoelectronics, quantum computing applications, wide field magnetometers for hard disk and Write - read devices. Device can be ...