Stellar explosions forge elements through complex nuclear reactions. Two recent studies reveal how supernovae and X-ray ...

The black hole ringdown method maps faint merger vibrations, helping scientists uncover hidden modes and sharpen future tests ...

The IC 1101 galaxy spans 1.7 million light-years and keeps growing. See how astronomers measured its edge and uncovered its ...

Magnetic braking tests reveal how intense fields alter reentry plasma, advancing research toward safer returns and more ...

PDS 70 comets may carry water toward forming planets. Discover the sodium clues, giant planets, and questions behind this ...

The LUX-ZEPLIN dark matter signal may reveal a new particle. Explore the unusual event, its limits, and what researchers need ...

Early rocky planet formation may have begun 100 million years after the Big Bang with water-rich building blocks around a ...

JWST planet formation study reveals how changing disk winds remove gas, leaving giant planets limited time to build their ...

Tiangong space station expansion may add new modules, expand research capacity, support longer stays, and prepare China for ...

Roman Space Telescope begins its mission to map dark matter, study cosmic expansion, and discover thousands of distant ...

The CERN Little Big Bang experiment used oxygen and neon collisions to reveal microscopic plasma drops and the hidden form of ...

CERN primordial plasma research shows oxygen and neon can create tiny QGP droplets, revealing new clues about nuclei and the ...