Read More Scince News Space 8 months ago Climate Tipping Points: Coral Reefs, Ice Sheets, and Risk The Global Tipping Points Report 2025 warns coral reefs have likely passed their thermal tipping point and parts of polar ice sheets may be committed to melt. The report urges rapid emissions cuts and policies to trigger positive tipping toward clean energy.
Read More Scince News Space 8 months ago Mars' Wind Speeds Far Higher Than Scientists Expected A global study using Mars Express and ExoMars imagery reveals dust-devil winds up to 160 km/h. The new wind maps improve understanding of Martian dust hazards for robotic and human missions.
Read More Scince News Space 8 months ago Tabletop Detector Could Open a New Gravitational Window A compact detector using optical cavities and atomic clock tech could probe the milli-Hertz gravitational-wave band, revealing hidden black hole mergers, white dwarf binaries, and early-universe signals long before space missions arrive.
Read More Scince News Space 8 months ago Uranus Moon Ariel: Evidence for a 100-Mile Deep Ocean New Icarus research finds Ariel, a moon of Uranus, may have hosted a subsurface ocean up to 100 miles (170 km) deep. Models linking surface fractures and tidal stress point to past orbital heating and interior oceans.
Read More Scince News Space 8 months ago Quasar J0529 Shrinks: Outflow Cuts Mass Estimate Tenfold GRAVITY+ observations of quasar J0529 reveal a 10,000 km/s outflow that inflated emission-line widths. Correcting for the outflow lowers the black hole mass estimate tenfold, reshaping early-Universe growth models.
Read More Scince News Space 8 months ago Million-Sun-Mass Dark Object Detected by Global Radio Array Astronomers using a global radio-telescope array have detected a million-solar-mass dark object through gravitational lensing. The finding supports cold dark matter models and opens new searches for hidden substructures.
Read More Scince News Space 8 months ago New Geological Evidence: Mars Once Had a Northern Ocean New research comparing Martian satellite data with Earth field analogs suggests large rivers once flowed into a northern ocean on Mars. Inverted channels, long backwater zones, and delta deposits support this view and guide future exploration.
Read More Scince News Space 8 months ago Pacific Beryllium-10 Spike Suggests Nearby Supernova A Be-10 spike in Pacific seafloor crusts dated ~9–12 million years ago may indicate a nearby supernova. Gaia stellar trajectories suggest a ~68% chance of an explosion within ~326 ly of the Sun at that time.
Read More Scince News Space 8 months ago NASA Will Send Astronauts' Tissue 'Avatars' to Space NASA's AVATAR experiment will send personalized organ-on-a-chip bone marrow models with Artemis II to measure molecular effects of deep space hazards on astronaut-derived tissues, informing countermeasures for space and Earth medicine.
Read More Scince News Space 8 months ago Lunar Radio Echoes Could Reveal Dark Matter’s Identity Simulations show faint 21-cm radio echoes from the cosmic Dark Ages could reveal whether dark matter is cold or warm. Future radio observatories on the Moon’s far side may detect this subtle signal and constrain dark matter mass.
Read More Scince News Space 8 months ago JWST Hints at Supermassive Dark Stars in the Early Universe JWST spectra and morphology reveal four ultra‑distant candidates consistent with supermassive dark stars — hydrogen‑helium objects powered by dark‑matter annihilation — offering clues to early bright sources and supermassive black hole seeds.
Read More Scince News Space 8 months ago Silverpit Impact: North Sea Asteroid and 330-ft Tsunami New research confirms the Silverpit structure beneath the North Sea is a 43–46 million-year-old asteroid impact crater. Seismic imaging, shocked minerals, and modeling reveal a 160 m impactor that likely produced a 100+ m tsunami.
Read More Scince News Space 8 months ago Rogue Planet Gorges at Record Six Billion Tonnes Per Second A free-floating planet, Cha 1107-7626, is accreting gas and dust at an unprecedented six billion tonnes per second. New VLT and JWST observations suggest star-like formation processes and strong magnetic funneling.
Read More Scince News Space 8 months ago Why It Rains on the Sun: Elemental Shifts Explain It University of Hawai‘i researchers find that time-varying elemental abundances—especially iron—drive rapid 'solar rain' in flares, improving coronal models and space weather forecasts.
Read More Scince News Space 9 months ago Hubble Reveals NGC 6000: Old and New Stars in Color Hubble’s image of spiral galaxy NGC 6000 (102 million ly away) shows an older golden core and bright blue star‑forming arms, plus supernova echoes and colored asteroid streaks from multi‑filter exposures.
Read More Scince News Space 9 months ago Moon's Two Faces: Far Side's Cooler Deep Mantle Revealed Analysis of Chang'e 6 lunar samples reveals the Moon's far side formed from magma about 70–100 °C cooler than the near side, implying a deep thermal asymmetry linked to uneven heat-producing elements and early impacts.
Read More Scince News Space 9 months ago NASA's ESCAPADE Heads to Mars on Blue Origin New Glenn NASA's ESCAPADE twin-spacecraft mission will launch to Mars on Blue Origin's New Glenn in fall 2025 to study solar wind-driven atmospheric escape and the Martian plasma environment.
Read More Scince News Space 9 months ago Dwarf Galaxies Lit the Cosmic Dawn, New JWST Evidence New JWST and Hubble analyses indicate abundant dwarf galaxies produced the ionizing photons that completed cosmic reionization during the Universe's cosmic dawn.
Read More Scince News Space 9 months ago Reanalysis Reveals Venus' Clouds Are Mostly Water Now Reanalysis of Pioneer Venus data shows cloud aerosols are largely hydrated, revealing more water and complex sulfate chemistry in Venus' cloud layer.
Read More Scince News Space 9 months ago Most Exoplanets Lack Deep Oceans, New Study Shows Worldwide New models show sub-Neptune exoplanets likely retain little surface water; magma–atmosphere chemistry sequesters H2O into the interior, lowering Hycean planet odds.
