Read article: Magnetically launched atoms sense motion
Magnetically launched atoms sense motion
New method in atom interferometry is used for inertial sensing
Read article: Magnetically launched atoms sense motion
Read article: Thermometer uses Rydberg atoms to make calibration-free measurements
Thermometer uses Rydberg atoms to make calibration-free measurements
New technique uses black-body radiation to make direct measurements with low uncertainty
Read article: New candidate emerges for a universal quantum electrical standard
New candidate emerges for a universal quantum electrical standard
Approach based on the quantum anomalous Hall effect does away with the need for applied magnetic fields
Read article: Solid-state nuclear clocks brought closer by physical vapour deposition
Solid-state nuclear clocks brought closer by physical vapour deposition
Fabrication technique reduces amount of expensive isotope needed
Read article: Multi-qubit entangled states boost atomic clock and sensor performance
Multi-qubit entangled states boost atomic clock and sensor performance
Greenberger–Horne–Zeilinger states increase measurement frequency
Read article: Nuclear clock ticks ever closer
Nuclear clock ticks ever closer
New device could not only be the best time-keeper ever, it could also revolutionize fundamental physics studies
Read article: The most precise timekeeping device ever built
The most precise timekeeping device ever built
Colorado-based researchers have reduced the systematic uncertainty in their optical lattice clock to a record low. Ali Lezeik explains how they did it
Read article: Atomic clocks on the Moon could create ‘lunar positioning system’
Atomic clocks on the Moon could create ‘lunar positioning system’
Lunar time standard would avoid pitfalls of time dilation
Read article: Second team uses laser to excite thorium-229 nuclear transition
Second team uses laser to excite thorium-229 nuclear transition
Rapid progress being made in development of nuclear clock
Read article: Matter-wave interferometry puts new limits on ‘chameleon particles’
Matter-wave interferometry puts new limits on ‘chameleon particles’
Gravity measurement benefits from optical lattice
