Scientists increasingly believe that cleaner air from pollution controls may be accelerating global warming by removing a cooling effect that previously masked the warming from greenhouse gases.

Researchers at Japanese universities developed a new method for measuring W-state quantum entanglement, resolving a challenge that had remained unsolved for more than 25 years and potentially advancing quantum technologies.

Researchers found that blacktip sharks can detect and orient away from sounds originating nearly 250 feet away, providing the first quantified evidence of acoustic detection abilities in free-swimming sharks.

Research reveals marine heatwaves are embedded within longer warming periods, with cumulative heat exposure underestimated by over 150% when focusing only on the heatwave window itself.

A Queen’s University Belfast student team will compete in NASA’s Lunabotics competition in Florida later this month, where their robot must autonomously dig lunar material and navigate obstacles.

NASA has selected a proposal to investigate a mysterious pit on the Moon that may contain a large underground cave, potentially offering astronauts natural shelter from radiation and extreme temperatures.

NASA’s Curiosity rover marked 5,000 Martian days on Mars with a striking panoramic image captured from a sandy ridge, combining morning and afternoon views with artistic coloring.

International research combining genetic data from all living bat families with fossil evidence suggests bats likely originated in Europe approximately 65 to 60 million years ago, challenging decades of competing theories about their evolutionary birthplace.

British researchers have discovered that butterfly wing patterns and fluttering motion create visual illusions that confuse predators about the insects’ speed and direction, helping them escape attack.

Caltech physicists used quantum simulators to make the first direct measurements of energy levels predicted by conformal field theories four decades ago, confirming theoretical predictions about quantum phase transitions.

UCLA researchers developed an optical-neural processor that uses light to identify deepfake videos with 97.79% accuracy while analyzing 15 video streams simultaneously, offering advantages over traditional digital detection systems.

University of Surrey researchers propose a new qubit using superfluid helium that could be 100 times less error-prone than conventional designs, potentially advancing quantum computing scalability.