Highly sensitive, quantum-enabled magnetic field sensors may provide a non-contact alternative to electrodes for recording retinal activity
Read article: Quantum sensors could revolutionize retinal diagnostic procedures
New system is highly sensitive to electric fields and offers hope for dark matter detection
Read article: Trapped-ion crystal makes an ultra-precise quantum sensor
Researchers use microwaves to observe an atomic sample 30,000 times a second without destroying it
Read article: Non-destructive detection could speed up cold-atom quantum sensors
Fluorescent nanodiamonds can increase the sensitivity of paper-based medical diagnostic tests, potentially providing earlier detection of disease
Read article: Spin-enhanced nanodiamonds could improve disease diagnosis
New quantum thermometer makes use of nitrogen-vacancy centres to sense fever in tiny C. elegans worms
Read article: Nanodiamond quantum thermometer measures the temperature of worms
New matter-wave interferometer would rely on nanoparticles, not lasers
Read article: Tabletop device might snare gravitational waves using tiny diamonds
The nanoscale thermometer observes the fundamental fluctuations in a sample’s electron temperature, showing how sensitive such a device can be
Read article: Quantum calorimeter is as precise as nature allows
Nitrogen-vacancy defects make powerful new tools for studying the magnetic and structural properties of extremely compressed materials
Read article: Diamond sensors probe matter at high pressures
Quantum dots in graphene containing pentagonal defects might be used as quantum sensors
Read article: Molecular graphenoids make coherent spin centres
Holding atoms rather than dropping them reduces noise by up to four orders of magnitude
Read article: Trapped interferometer makes a compact gravity probe
