Experiment shows that classical clocks exhibit the same relationship between entropy and accuracy as their quantum counterparts
Read article: Nanoscale clock hints at universal limits to measuring time
Experiments could boost our understanding of superconductivity and gas-giant stars
Read article: Crushing gold and platinum at extreme pressures sets new terapascal standards
In this podcast we talk about measuring tiny masses and magnetic fields
Read article: Quantum birds inspire new metrology for biosciences, particle physicist searches for the very small
Setting up links to satellites could create a global timing network, say researchers
Read article: Free-space laser link beats the stability of optical clocks
An improved technique to measure acceleration works using laser light
Read article: Accelerometer sensitivity gets a laser boost
Research could lead the way to a new time standard
Read article: Three top atomic clocks are compared with record accuracy
High-precision magnetic microcalorimeter experiments could bring nuclear clocks a step closer
Read article: Physicists measure energy of lowest nuclear excited state
Penning trap enables the most precise measurement ever of the mass of a deuterium nucleus
Read article: Physicists pin down deuteron mass
System could provide energy-saving advice
Read article: Machine learning and Doppler vibrometer monitor household appliances
The National Physical Laboratory and Queensgate share an unrelenting passion for better precision at the cutting edge of measurement science
Read article: Queensgate: collaborating to push the boundaries of measurement science
