• One-Third of Galaxy's Most Common Planets Could Be in Habitable Zone

• The Search for Habitable Planets Expands

• NASA's Hubble Hunts for Intermediate-Sized Black Hole Close to Home

• An X-Ray Look at the Heart of Powerful Quasars

• Astronomers Observe the First Radiation Belt Seen Outside of Our Solar System

• Astronomers Find No Young Binary Stars Near Milky Way's Black Hole

• How 1,000 Undergraduates Helped Solve an Enduring Mystery About the Sun

• Webb Looks for Fomalhaut's Asteroid Belt and Finds Much More

• Hubble Follows Shadow Play Around Planet-Forming Disk

• Do Your Homework to Prep for the 2023 and 2024 Eclipses
• Astronomers Spot a Star Swallowing a Planet

• A Stormy, Active Sun May Have Kickstarted Life on Earth

• Superflare With Massive, High-Velocity Prominence Eruption

• Asteroid's Comet-Like Tail Is Not Made of Dust, Solar Observatories Reveal

• Metal-Poor Stars Are More Life-Friendly

• New Exoplanet Discovered
• M87 in 3D: New View of Galaxy Helps Pin Down Mass of the Black Hole at Its Core

• Humans Need Earth-Like Ecosystem for Deep-Space Living

• NASA's Webb Scores Another Ringed World With New Image of Uranus

• How Were Amino Acids, One of the Key Building Blocks of Life, Formed Before the Origin of Life on Earth?

• Do Earth-Like Exoplanets Have Magnetic Fields? Far-Off Radio Signal Is Promising Sign

• Redness of Neptunian Asteroids Sheds Light on Early Solar System

• JWST Confirms Giant Planet Atmospheres Vary Widely
• Temperature of a Rocky Exoplanet Measured

• AI Finds the First Stars Were Not Alone

• Surprisingly Simple Explanation for the Alien Comet 'Oumuamua's Weird Orbit
• Searching for Life With Space Dust

• ESO Telescopes on the Aftermath of DART's Asteroid Impact

• Where Did Earth's Water Come From? Not Melted Meteorites, According to Scientists

• ALMA Traces History of Water in Planet Formation Back to the Interstellar Medium

• The Planet That Could End Life on Earth

• DART Impact Provided Real-Time Data on Evolution of Asteroid's Debris

• Baby Star Near the Black Hole in the Middle of Our Milky Way: It Exists After All

• New Discovery Sheds Light on Very Early Supermassive Black Holes

• Why Do Earth's Hemispheres Look Equally Bright When Viewed from Space?

• Researchers Discover Mysterious Source of 'heartbeat-Like' Radio Bursts in a Solar Fare

• Four Classes of Planetary Systems

• Hubble Captures the Start of a New Spoke Season at Saturn

• Space Dust as Earth's Sun Shield
• A New Ring System Discovered in Our Solar System

• Hubble Directly Measures Mass of a Lone White Dwarf

• Thin, Lightweight Layer Provides Radiation Barrier for Perovskites in Space, Protection from Elements on Earth

• Meteorites Reveal Likely Origin of Earth's Volatile Chemicals

• Solar System Formed from 'poorly Mixed Cake Batter,' Isotope Research Shows
• Webb Spies Chariklo Ring System With High-Precision Technique

• How a 3 Cm Glass Sphere Could Help Scientists Understand Space Weather

• How Was the Solar System Formed? The Ryugu Asteroid Is Helping Us Learn

• The World in Grains of Interstellar Dust

• How Do Rocky Planets Really Form?

• NASA's Webb Confirms Its First Exoplanet

• The Seven-Year Photobomb: Distant Star's Dimming Was Likely a 'dusty' Companion Getting in the Way, Astronomers Say
• Scientists Find Evidence for Magnetic Reconnection Between Ganymede and Jupiter

• Hydrogen Masers Reveal New Secrets of a Massive Star

• The World's Largest Turbulence Simulation Unmasks the Flow of Energy in Astrophysical Plasmas

• Ancient Asteroid Grains Provide Insight Into the Evolution of Our Solar System

• ESPRESSO and CARMENES Discover Two Potentially Habitable Exo-Earths Around a Star Near the Sun

• VLA and ALMA Study Jupiter and Io
• Sound Recording Made of Dust Devils (Tiny Tornadoes of Dust, Grit) on Mars

• First Ultraviolet Imaging of Sun's Middle Corona

• Hubble Detects Ghostly Glow Surrounding Our Solar System

• Researchers Say Space Atomic Clocks Could Help Uncover the Nature of Dark Matter

• NASA's Webb Catches Fiery Hourglass as New Star Forms

• Cosmic Chocolate Pralines: General Neutron Star Structure Revealed

• Study of 'polluted' White Dwarfs Finds That Stars and Planets Grow Together

• A Supernova in Distant Space Allows Us to Understand the Origin of the Elements in the Universe
• NASA's MAVEN Observes Martian Light Show Caused by Major Solar Storm

• Ultrathin Solar Cells Promise Improved Satellite Performance

• Oldest Planetary Debris in Our Galaxy Found from New Study

• Astronomers Discover Closest Black Hole to Earth

• Largest Potentially Hazardous Asteroid Detected in Eight Years

• Tree Rings Offer Insight Into Devastating Radiation Storms

• Discovery Could Dramatically Narrow Search for Space Creatures

• Looking to Move to a Galaxy Far, Far Away? Innovative System Evaluates Habitability of Distant Planets

• Scientists Compile Cassini's Unique Observations of Saturn's Rings

• NASA's Lucy to Fly Past Thousands of Objects for Earth Gravity Assist

• Broccoli Gas: A Better Way to Find Life in Space

• Astronomers Find a 'cataclysmic' Pair of Stars With the Shortest Orbit Yet

• Exploring Jupiter's Moon, Europa, Possible With Silicon-Germanium Transistor Technology

• Potential First Traces of the Universe's Earliest Stars

• Analysis of Particles of the Asteroid Ryugu Delivers Surprising Results

• New Webb Image Captures Clearest View of Neptune's Rings in Decades

• Byzantine Solar Eclipse Records Illuminate Obscure History of Earth's Rotation

• Where Do High-Energy Particles That Endanger Satellites, Astronauts and Airplanes Come From?

• Could More of Earth's Surface Host Life?

• Gamma Rays from Neighboring Galaxy Related to Millisecond Pulsars
• Planetary Heist: Astronomers Show Massive Stars Can Steal Jupiter-Sized Planets

• NASA's Webb Takes Its First-Ever Direct Image of Distant World
• Astronomers Show How Terrain Evolves on Icy Comets

• MAVEN and EMM Make First Observations of Patchy Proton Aurora at Mars

• NASA's Webb Detects Carbon Dioxide in Exoplanet Atmosphere

• Comet Impacts Formed Continents When Solar System Entered Arms of Milky Way

• NASA Schedules PUNCH Mission to Launch in 2025

• Hubble Sees Red Supergiant Star Betelgeuse Slowly Recovering After Blowing Its Top

• One More Clue to the Moon's Origin

• Super-Earth Skimming Habitable Zone of Red Dwarf

• Heaviest Neutron Star to Date Is a 'black Widow' Eating Its Mate

• How Did Earth Avoid a Mars-Like Fate? Ancient Rocks Hold Clues

• A New Method to Detect Exoplanets

• Undead Planets: The Unusual Conditions of the First Exoplanet Detection

• Scientists Demonstrate Machine Learning Tool to Efficiently Process Complex Solar Data