Read article: Quantum sensor could reduce electric-vehicle battery weight by 10%
Quantum sensor could reduce electric-vehicle battery weight by 10%
Diamond impurities measure electrical current in noisy environments
Read article: Quantum sensor could reduce electric-vehicle battery weight by 10%
Read article: High-resolution diamond sensor maps electrical currents in the heart
High-resolution diamond sensor maps electrical currents in the heart
Nitrogen vacancies achieve “unprecedented” spatial resolution
Read article: Quantum error correction has side effects for sensors
Quantum error correction has side effects for sensors
Inevitable delays in correcting realistic sensors introduce bias, say theorists
Read article: Lia Li: the physicist unlocking navigation technology
Lia Li: the physicist unlocking navigation technology
Lia Li is an award-winning start-up founder bringing optomechanical sensors to consumers
Read article: Why quantum sensors are the ‘stepchild’ of quantum technologies
Why quantum sensors are the ‘stepchild’ of quantum technologies
The diversity of quantum sensing applications is exciting for scientists, but challenging for potential investors
Read article: Quantum sensor could detect SARS-CoV-2
Quantum sensor could detect SARS-CoV-2
New technique might enable faster, cheaper and more accurate testing for coronavirus infection
Read article: Spiderweb structure inspires nanomechanical gravity sensor
Spiderweb structure inspires nanomechanical gravity sensor
Microchip-based resonator was designed using machine learning and works at room temperature
Read article: Quantum sensor could help detect dementia
Quantum sensor could help detect dementia
Scientists use new device to track brain waves with unprecedented time resolution
Read article: Sensing gravity, the quantum way
Sensing gravity, the quantum way
Michael Allen explains the technology that goes into building a quantum gravity sensor, and its multitude of uses in research and industry
Read article: Quantum sensors could revolutionize retinal diagnostic procedures
Quantum sensors could revolutionize retinal diagnostic procedures
Highly sensitive, quantum-enabled magnetic field sensors may provide a non-contact alternative to electrodes for recording retinal activity
