Category Science

Researchers developed a new method to detect Life by studying how biological molecules are organized rather than simply identifying them. The approach could help missions like Europa Clipper search for microbial signatures on worlds such as Europa and Mars.

Scientists discovered that a giant atmospheric wave on Venus behaves like a hydraulic jump seen in kitchen sinks. The process may explain the planet’s enormous sulfuric acid cloud front and its unusually fast atmospheric super rotation.

New models suggest Uranus and Neptune may contain significantly more rock than ice beneath their atmospheres. The findings challenge decades of planetary science and could lead to a reclassification of the outer planets.

The Sun unleashed an M5.7-class Solar Flare on May 10, 2026, disrupting high-frequency radio communications and launching a coronal mass ejection toward Earth. Scientists predict the incoming plasma could trigger a minor geomagnetic storm and brighten auroras across northern regions. The event highlights the Sun’s increasing activity as it approaches the peak of its...

NASA’s Artemis II Mission delivered breathtaking new views of the Moon’s far side after astronauts captured over 12,000 images during their historic flyby. Astrophotographer Andrew McCarthy used image-stacking techniques to reveal subtle mineral-based color variations, helping scientists better understand the Moon’s geology, composition, and the ancient history ...

NASA’s Curiosity Rover became temporarily stuck after a drilled Martian rock called Atacama lodged onto its drill bit. Engineers spent six days using vibrations and robotic arm maneuvers before finally freeing the rover and resuming science operations.

New gravitational-wave data from LIGO Scientific Collaboration, Virgo, and KAGRA suggests the largest Black Holes form through repeated mergers inside dense star clusters rather than directly from collapsing stars.

Scientists propose a self-interacting Dark Matter model in which particles collide and form dense cores. The theory could explain mysterious gravitational effects seen in galaxy lenses, stellar streams, and dwarf galaxies across the universe.

Astronomers discovered a faint atmosphere around (612533) 2002 XV93 using a stellar occultation. The finding challenges current theories, as such small, cold bodies should not retain gas, hinting at recent activity like impacts or ice volcanism.

Using James Webb Space Telescope, astronomers directly measured heat from LHS 3844 b, revealing a dark, rocky surface with no atmosphere—more like Mercury than Earth—marking a breakthrough in studying exoplanet geology.