Astronomy
'Futurama' is back on Hulu, and Season 13 looks bigger and better than ever (video)
Scientists discover minerals in asteroid Ryugu that are older than Earth itself
Mars quiz: How well do you know the Red Planet?
Don't miss the crescent moon meet up with blue star Spica on Aug. 27
Exoplanets engulfed in steam are taking center stage in the search for life in our galaxy
Inside the revolutionary idea that we can negotiate with cancer
Relive SpaceX's nighttime launch of the X-37B space plane with these dazzling photos
Weird X-ray Flashes Lose Some of Their Mystery
Twelve years after they were first discovered, astronomers are coming to grips with fast X-ray transients (FXTs) — energetic explosions in the distant universe lasting from minutes to hours. At […]
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JWST gets a closer look at interstellar comet 3I/ATLAS
James Webb Space Telescope takes 1st look at interstellar comet 3I/ATLAS with unexpected results
World's most powerful solar telescope sees incredible coronal loops on the sun (image)
ISS astronaut captures Egypt's glittering Nile River at night | Space photo of the day for Aug. 26, 2025
SpaceX launches Earth-observation satellite for Luxembourg and 7 other satellites to orbit (video)
Uranus' 29th Moon Can't Hide From The JWST
The JWST has found another moon orbiting Uranus. It's the planet's 29th known moon, and it bears the uninspiring, temporary name S/2025 U1. It's too small and faint to be detected by the Hubble, or by Voyager 2, the only spacecraft to visit the ice giant.
The Stunning Astrogeology of the Apollo Missions
Neil Armstrong almost made a mistake. He had found an interesting rock sticking out of a formation. Curious to see what the rock was made of, he needed to examine its interior more closely. So he reached for his hammer and took a swing.
Sensors Could Permanently Fly In The "Ignorosphere" Using Novel Propulsion Technique
Earth’s atmosphere is large, extending out to around 10,000 km from the surface of the planet. It’s so large, in fact, that scientists break it into five separate sections, and there’s one particular section that hasn’t got a whole lot of attention due to the difficulty in keeping any craft afloat there. Planes and balloons can visit the troposphere and stratosphere, the two sections closest to the ground, while satellites can sit in orbit in the thermosphere and exosphere, allowing for a platform for consistent observations. But the mesosphere, the section in the middle, is too close to have a stable orbit, but too sparse in air for traditional airplanes or balloons to work. As a result, we don’t have a lot of data on it, but it impacts climate and weather forecasting, so scientists have simply had to make a lot of assumptions about what it's like up there. But a new study from researchers at Harvard and the University of Chicago might have found a way to put stable sensing platforms into the mesosphere, using a novel flight mechanism known as photophoresis.