
A distant shadow may yet reveal the solar system’s hidden order
Astronomers use powerful new telescopes to search for the hypothetical Planet 9, which may explain unusual orbital patterns in the outer solar system.

Astronomers use powerful new telescopes to search for the hypothetical Planet 9, which may explain unusual orbital patterns in the outer solar system.

NASA introduces nuclear propulsion technology that could significantly shorten travel time to Mars and reshape future space missions.

A study warns satellite collisions could escalate rapidly, highlighting growing risks in increasingly crowded low Earth orbit.

A green glowing phenomenon sparks curiosity, with possible explanations ranging from auroras to atmospheric or satellite-related effects.

Astronomers find DESI-HVS1 may be an older hypervelocity star, reshaping views on stars ejected from the Milky Way’s center.

NASA highlights a 2.5-billion-year-old structure within an igneous formation, offering new insight into Earth’s early geological history.

A record-breaking Viking Age silver coin trove discovered in Norway sheds light on trade, wealth, and historical connections.

Scientists observe a subduction zone splitting beneath the ocean, offering new insights into tectonic behavior and Earth’s dynamic structure.

New research suggests Yellowstone’s magma system is more complex than previously thought, without increasing eruption risk.

Oxford physicists achieved “quadsqueezing,” advancing quantum control across four variables with potential implications for computing and precision measurement.

A 500-million-year-old fossil claw suggests spiders evolved earlier than thought, reshaping timelines of arachnid origins.

Scientists identified 10,000 new exoplanet candidates, challenging existing models and potentially tripling the number of known worlds.

Scientists achieve quadsqueezing in quantum systems, advancing precision control and opening new possibilities in quantum technology.

Artemis II crew returns safely after a lunar flyby, advancing NASA’s plans for future Moon missions and deep space exploration.

Engineers recreate a 1775 mechanical volcano design, blending historical insight with modern engineering for educational exploration.

Scientists observe fragmentation in the Juan de Fuca Plate, offering new insight into subduction dynamics and long-term seismic processes.

New Zealand researchers have uncovered the evolutionary drivers behind the "low-profile" camouflage of native species, revealing how isolation and environmental stability favored subtle survival strategies.

Serbian molecular biologists have identified new transport mechanisms for the heme molecule, providing critical insights into how cells manage oxygen and energy at a fundamental level.

New Zealand’s fleet of autonomous ocean gliders has completed a landmark coastal survey, providing critical data on deep-water warming and current shifts across the Pacific.

Belgrade’s Institute of Physics is advancing global understanding of quantum field theory and spintronics, bridging the gap between theoretical particle physics and future technological applications.

Australian researchers are achieving breakthroughs in quantum energy and antiviral materials while simultaneously solving evolutionary mysteries and advancing the frontiers of tissue engineering.

The World Bank has approved a $100 million initiative in Paraguay aimed at scaling up sustainable agroforestry practices to support rural livelihoods and environmental conservation.

New Zealand scientists are intensifying ocean monitoring as research confirms the region is warming at twice the global rate, impacting weather patterns and local marine biodiversity.

Serbia is experiencing a transformative period in scientific research, marked by new biotech partnerships with China and significant local advancements in quantum physics and accessible technology.