NASA's TESS satellite has successfully utilized gravitational microlensing to discover a super-Jupiter 40,000 light-years away, marking an evolution in its capabilities.

The China National Space Administration is building a comprehensive network of optical telescopes and space-based sensors to detect hazardous asteroids. This system aims to eliminate surveillance blind spots and protect Earth from potential space-borne threats.

A long-overlooked fossil collected in 1985 has been identified as a titanosaur vertebra, marking the first confirmed dinosaur find on the continent.

To combat the crisis of 13,486 tonnes of orbital debris, scientists are advocating for a shift toward modular satellites and active recycling missions. This strategy aims to prevent runaway collision events and mitigate the environmental impact of decommissioned spacecraft.

Global space agencies are developing plasma-based fertilizers and genetically modified rice to overcome the challenges of farming in lunar regolith.

NASA has selected three aerospace companies to develop lunar landers for a series of missions aimed at establishing a sustained human presence on the moon.

New research shows that human-associated bacteria can adapt to extreme Martian environments, posing significant health risks to astronauts and complicating planetary protection efforts.

Virginia Tech researchers have developed RNAbpFlow, a tool that uses flow matching to map 3D RNA structures to aid in identifying potential drug targets. The system is particularly effective for analyzing RNAs that lack known relatives, offering an alternative to models dependent on evolutionary data.

Paleontologists have identified a fossil discovered in 1985 as a tail vertebra from a titanosaur, marking the first dinosaur bone recovered from Antarctica. The specimen had been stored in a collection for nearly four decades before its true significance was realized.

A coronal mass ejection is expected to trigger G1 to G2 geomagnetic activity, potentially bringing the aurora borealis to view in 19 US states.

A new method using radiation monitors on spacecraft like BepiColombo can track CME movement by measuring changes in cosmic ray intensity. This approach helps researchers map solar outbursts to better understand and predict their impact on Earth's infrastructure.

New Horizons data reveals a measurable deceleration of the solar wind as it interacts with interstellar gas. This research helps clarify the heliosphere's protective boundary and its role in shielding the solar system.

Stored in a museum for decades, an Antarctic fossil has been identified as a titanosaur vertebra. The discovery offers insight into the ecosystem of the continent during the Late Cretaceous.

A study identifying shared rhythmic structures in the laughter of humans and great apes suggests our vocal control evolved gradually over millions of years.

New research indicates that Arctic soil microbes respond to thawing through staggered activation sequences and extensive genetic exchange. These biological dynamics significantly influence the decomposition of organic matter and greenhouse gas emissions.

New Hubble imagery confirms that the galaxy cluster CL0016+1609 is a site of active cosmic interaction, allowing researchers to map dark matter distribution.

University of Warwick researchers found that rhythmic patterns in great ape laughter provide a vocal fossil for the evolution of human vocal control.

A tail vertebra unearthed on James Ross Island in 1985 has been confirmed as the first dinosaur fossil ever collected in Antarctica. The specimen remained misidentified in storage for decades before recent analysis revealed its true origin.

A study from Northumbria and Bangor University identifies human activity as a key driver behind the retreat of the Pine Island Glacier. Scientists warn this ice loss is part of an irreversible process that contributes to global sea-level rise.

A study in Science suggests asteroid collisions kept the Hadean crust molten and unstable for millions of years, fundamentally shaping Earth's evolution. Parallel research indicates these impacts also created subterranean environments that potentially fostered the origins of life.