#solar-atomic-timekeeping

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#omega #constellation #master-chronometer #watch-accuracy #metas-certification #nuclear-clock
Wearables
fromWIRED
1 week ago

This Groundbreaking Omega Watch's Accuracy Is Calibrated Using Sound

Omega's new Constellation Observatory collection achieves Master Chronometer certification without a seconds hand, marking a significant advancement in watch accuracy measurement.
Science
fromNature
2 weeks ago

Elusive 'nuclear clocks' tick closer to reality - after decades in the making

Physicists are nearing the creation of a nuclear clock, which could be the most precise timekeeping device ever developed.
Science
fromMail Online
2 weeks ago

Scientists create a clock so precise it could REDEFINE the second

Scientists created a strontium optical lattice clock accurate to 19 decimal places, meeting requirements to redefine the second within the next decade.
UK politics
fromTheregister
3 weeks ago

Britain spends 180M to work out what time it is

The UK government invests £180 million in a national atomic clock network to provide precise, resilient timekeeping infrastructure for emerging technologies like 5G, autonomous vehicles, and smart cities.
fromdesignboom | architecture & design magazine
1 month ago

mechanical clock with rotating discs can tell what time it is on other planets

Since every planet spins at a different speed, the gears are built with different ratios: Earth takes about 24 hours to spin once, Mars takes about 24.6 hours, Jupiter spins much faster, and Saturn spins fast too. Because of this, each dial shows the real day cycle of that planet, so the clock doesn't calculate time digitally.
Gadgets
Medicine
fromTNW | Quantum-Tech
1 month ago

QT Sense raises 4M to advance a quantum sensing platform

Quantum Nuova raised €4 million to advance a live-cell nanodiamond quantum-sensor platform that measures oxidative stress, metabolic shifts, and free radical activity in real time for disease research.
Science
fromenglish.elpais.com
2 months ago

The technology that reveals what happens in 0.00000000000000000000001 second

Attosecond-scale light pulses reveal ultrafast electron dynamics, enabling new studies of materials, quantum processes, and biological structures, and have earned major scientific awards.
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