Right now, as a passenger on planet Earth, you’re zooming through space at incredible speeds. But why can't you feel it?
Today In The Space World on MSN
Earth is traveling 66,000 mph: The unseen forces shaping our orbit and climate
Earth is not a still point in space, but a planet hurtling through the cosmos at incredible speeds. This video breaks down the complex layers of our motion: the 66,000 mph orbit around the sun, the ...
Hit Points on MSN
NASA has found a 62-foot mini moon orbiting Earth
For the next few decades, a tiny asteroid will move quietly through space alongside Earth. This space rock, called 2025 PN7, ...
Earth’s orbit around the Sun isn’t a perfect circle—it’s slightly elliptical. Each year, around July 2 or 3, Earth reaches its farthest point from the Sun, known as aphelion. Around January 2 or 3, ...
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Earth's Rotation Is Picking Up Speed
Though we sum up a day as 24 hours and a year as 365 days, Earth's rotational and orbital speeds aren't exactly consistent. Instead, both fluctuate, swayed by atmospheric drag, tidal forces, changes ...
The object, the latest “quasi-moon” detected by astronomers, could be with us for almost another 60 years. By Robin George Andrews The Earth stands alone in the solar system as a habitable world, as ...
Morning Overview on MSN
Earth’s orbit shifts again and scientists warn an ice age will follow
Earth’s path around the Sun is not a fixed racetrack but a slowly shifting orbit, and those subtle changes have a long history of reshaping the planet’s climate. As astronomers refine how these ...
A team of international researchers say they've uncovered new data on the world's first recorded solar eclipse using a ...
Sunsets will start getting later before the winter solstice — but mornings keep getting darker. Here’s the surprising science ...
Historical observations of the Moon's motion, dating back to ancient civilizations, played a crucial role in the development of timekeeping and calendar systems. The Moon's orbital cycle can be ...
Space.com on MSN
Time travels faster on Mars than on Earth, and here's why
"A three-body problem is extremely complicated. Now we're dealing with four: the sun, Earth, the moon and Mars. The heavy ...
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