Smithsonian Magazine on MSN
How to Keep Time on Mars: Clocks on the Red Planet Would Tick a Bit Differently Than Those on Earth
On average, Martian time ticks roughly 477 millionths of a second faster than terrestrial clocks per Earth day. But the Red ...
ScienceAlert on MSN
Time Moves Faster on Mars, And Scientists Finally Know by How Much
Research conducted by two physicists from the National Institute of Standards and Technology (NIST) in the US reveals that ...
While Mars doesn't directly control Earth's climate, its gravity subtly influences our planet's orbit and tilt over vast ...
Regtechtimes on MSN
Study explains how Mars’ gravity subtly influences Earth’s long-term climate cycles through orbital changes
The idea that Mars could affect Earth’s climate sounds dramatic, since climate change is usually linked to cars, factories, ...
Live Science on MSN
Einstein was right: Time ticks faster on Mars, posing new challenges for future missions
Clocks on Mars tick faster by about 477 microseconds each Earth day, a new study suggests. This difference is significantly ...
Physicists found that clocks on Mars will tick 477 microseconds (millionths of a second) faster than on Earth per day, on average.
PRIMETIMER on MSN
Faster time flow on Mars adds complexity to future missions
Scientists find that time on Mars runs 477 microseconds faster than on Earth, a discovery that could enhance deep-space communication and future exploration ...
Mars clocks tick 477 microseconds faster per Earth day, complicating future missions and interplanetary timekeeping.
Fantasizing about interplanetary exploration is a fun mental exercise, but the harsh realities of life (or lack thereof) in our Solar System is for good reason.
Shoot for the moon and you may land among the stars, as the saying goes. Or, in the case of 14 local college students, aim for Mars and you may arrive on Earth.
Space.com on MSN
'The Expanse' at 10: the outer space drama that should have been as big as 'Game of Thrones'
In the first episode of "The Expanse" (which debuted 10 years ago this weekend), a spaceship makes the biggest meal of ...
ZME Science on MSN
Ancient Lake on Mars May Have Risen and Fallen Under the Tidal Pull of a Long Lost Moon
Regular, alternating layers in Gale Crater may have been deposited as the result of tides raised by a moon at least 18 times the mass of Phobos, a study says.
Some results have been hidden because they may be inaccessible to you
Show inaccessible results