Clocks on the moon’s equator would tick 56.02 microseconds faster per day than clocks at the Earth’s equator, according to the paper. Lunar clockwork.

Using that theory, the NIST duo calculate that a clock on the Moon will gain about 56 µs per day when compared to a clock on Earth. What’s more, this rate is not constant because of the eccentricity ...

An astronaut on the moon looking at an Earth-based clock, for example, would see it lose about 56 microseconds per terrestrial day. Although that amount may sound minuscule, ...

The White House announced earlier this year it would implement a unified time standard for the Moon by 2027, an essential measure as NASA aims to establish a permanent presence on the lunar surface.

It would be easy to set up an equivalent system to track time on the Moon, but that would inevitably see the clocks run out of sync with those on Earth—a serious problem for things like ...

The moon could get its own time zone, but clocks work differently there – here's why. Dozens of lunar missions are planned for the years ahead, with the need for time-keeping on the moon ...

A New Space Mission: How to Tell Time on the Moon Gravity affects how time ticks, so NASA is seeking a lunar time scale to make missions safer in crowded outer space ...

Wall Street’s mega-bill warning; ... Clocks on the moon’s equator would tick 56.02 microseconds faster per day than clocks at the Earth’s equator, according to the paper.

Perhaps the greatest, mind-bending quirk of our universe is the inherent trouble with timekeeping: Seconds tick by ever so slightly faster atop a mountain than they do in the valleys of Earth. For ...