Universe Today
NASA is Testing Shape Memory Alloy Wheels
Astronomers Release a Huge Survey of Exocomet Belts
Life Would Struggle to Survive Near Wolf 359
Several Double Planetary Disks Found
Getting To Mars Quickly With Nuclear Electric Propulsion
A Fast Radio Burst Came From an Old, Dead Galaxy
Astronomers still aren't sure about the source of fast radio bursts, but they appear to come from newly formed neutron stars, with powerful magnetic fields that interact with their surroundings. Researchers were surprised to find a burst that came from the last place you'd expect to see a young neutron star: an ancient elliptical galaxy, which ran out of most of its star-forming gas and dust long ago. So, maybe fast radio bursts have something to do with older stars?
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Tracing the Big Ideas that Led to Webb
Rubin Will Find Millions of Supernovae
Black Hole Jets Seen Forming in Real-Time
Hubble Shows Young Stars Shaping Their Surroundings in the Orion Nebula
What Will It Take To Reach Zero Space Debris?
Supersonic Winds Blowing on an Extreme Exoplanet
Astronomers have analyzed the atmosphere of WASP-127b and discovered that its windspeeds reach 33,000 km/h. This is the fastest jetstream that's ever been measured on a planet—over 10 times faster than Neptune's winds, which are the fastest in the Solar System. The winds go 6 times faster than the planet itself is rotating. One clue is the extremely low density of WASP-127b; it's bigger than Jupiter, but a fraction of its mass. It's also tidally locked to its star.
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China's Chang'e 7 Will Include a Flag That Will 'Flap' on the Moon
A CNSA flag flying on the Moon. Credit: CGTN News screenshot.
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Coronal Loops Flicker Right Before the Sun Unleashes Big Flares
Hot Jupiters Can Co-Exist with Other Planets
Two Lunar Landers are Off to the Moon
Curiosity Finds Ancient Wave Ripples on Mars
The Star-Forming Party Ended Early in Isolated Dwarf Galaxies
A Tether Covered in Solar Panels Could Boost the ISS's Orbit
Habitable Worlds Could Have Formed Before the First Galaxies
Hubble Takes a 2.5 Gigapixel Image of Andromeda
Black Holes are Spinning Faster Than Expected
Webb Sees Light Echoes in a Supernova Remnant
NASA is Building a Space Telescope to Observe Exoplanet Atmospheres
New Glenn Reaches Orbit, but Doesn't Recover the Booster
Astronomers are Watching a Newly Forming Super Star Cluster
Sticks and Stones: The Molecular Clouds in the Heart of the Milky Way
Review: Dwarf Lab's New Dwarf 3 Smartscope
The Los Angeles Fires Got Extremely Close to NASA's JPL Facility
Dark Matter Can't Be Too Heavy
Space Itself May Have Created Galaxies
A Flexible, Adaptable Space Metamaterial
SpaceX Catches Booster But Loses Ship in Starship Test Flight
The Most Accurate View of the Milky Way
Webb and ALMA Team Up to Study Primeval Galaxy
Colliding Stars, Stellar Siphoning, and a now a "Blue Lurker." This Star System has Seen it All
Recent Observations Challenge our Understanding of Giant Black Holes
An Even Ghostlier Neutrino May Rule the Universe
The Gaia Mission's Science Operations are Over
The First Supernovae Flooded the Early Universe With Water
Water is made of hydrogen and oxygen: H2O. The H was formed during the Big Bang, but it took the first stars in the Universe to create the O, manufacturing it in their cores before they detonated as supernovae. In a new study, researchers suggest that those first supernovae released water into the Universe within the first 100-200 million years after the Big Bang, concentrating it into dense molecular clouds. Water needed for life was there, right at the beginning.
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Astronomers See Flares Coming from the Milky Way's Supermassive Black Hole
Earth's Temporary Moon Might Have Come from THE Moon
Galaxy Cores May be Giant Fuzzy Dark Stars
This Quasar Helped End the Dark Ages of the Universe
Webb Provides an Explanation for "Little Red Dots"
Astronomers Reveal the 3D Structure of the Ring Nebula
It's Official, 2024 Was the Hottest Year on Record
The Webb Shows Us Where Cosmic Dust Comes From
Jupiter's Clouds Contain Smoggy Ammonium Hydrosulphide, Not Ammonia Ice
Here's How We Could Measure the Mass of SgrA* to Within One Solar Mass
The mass of the Milky Way's supermassive black hole, SgrA*, is roughly 4.3 million times the mass of the Sun, give or take a few hundred thousand solar masses. But a team of astronomers thinks they can dial that accuracy down to know with an error rate of a single solar mass. They propose to do this by measuring gravitational waves from SgrA* as brown dwarfs orbit it closely. These dwarfs act like natural probes mapping out the warped space around SgrA*.
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