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Researchers have developed the most accurate atomic clock ever built, according to a report published by Phys.org. The new clock advances precision timekeeping, a field that underpins GPS navigation, telecommunications and tests of fundamental physics. Details of the team behind the device and its exact performance figures were not included in the available information.

New reporting from researchers, including work covered by the Natural History Museum and Phys.org, suggests shifting climate conditions could change the risks humans face from deadly rodent-borne diseases. Changes in temperature and rainfall may alter rodent habitats and populations, potentially bringing infected animals into closer contact with people and expanding where diseases like hantavirus and Lassa fever pose a threat.

A new study covering 40 countries finds a connection between political activism and how well citizens feel represented by their political systems. The research, reported by Phys.org, suggests that people who engage in activism tend to have stronger links to representation, a finding that may inform debates on democratic participation worldwide.

US outlets including WLRN and Phys.org are examining why artificial intelligence systems still fall short at predicting how strong hurricanes will become. Forecasters say rapid intensification remains one of the hardest problems in tropical cyclone prediction, and AI models have not yet solved it, raising questions about reliance on machine learning for storm warnings.

Researchers are testing small robotic telescopes and have identified design changes that could lead to better maps of galaxies. The findings suggest that refining these compact instruments could improve large-scale astronomical surveys, helping scientists chart the universe in greater detail. Details of the testing process and specific modifications were reported by Phys.org.

A new feature by Katie Neith, edited by Robert Egan, takes a fresh look at Isaac Newton's early years and his path to writing the Principia, the foundational work of classical physics. The piece is being shared alongside the free Project Gutenberg edition of the Principia, giving readers easy access to the original text alongside the modern retrospective.

Researchers at the University of California, Riverside report that shifts in ocean chemistry played a key role in maintaining Earth's oxygen levels, allowing complex life to keep breathing over geological time. The study, covered by Phys.org, explains how chemical processes in the oceans helped regulate the planet's atmosphere across Earth's history.

Researchers have introduced a new method for understanding how insects communicate sexually, according to a report carried by Phys.org. The work, framed under crop protection, could help in developing ways to disrupt pest mating and reduce insecticide use. Further details on the research team, funding and practical applications were not provided in the available coverage.

Researchers have introduced a physics-grounded AI framework designed to make predictions about new materials more testable, according to Phys.org. The approach is intended to anchor machine-learning forecasts in physical principles so that scientists can verify them against real experiments rather than treating model outputs as black boxes, a persistent problem in AI-driven materials discovery.

Researchers have produced a 'molecular movie' that fills in missing steps in how nonenveloped viruses, which lack a lipid membrane, enter and infect cells. The work, reported by Phys.org, offers a detailed view of the infection mechanism and could inform future antiviral strategies. The finding is drawing attention for what it reveals about a poorly understood class of viruses.

Timekeeping is not a purely technical matter but a political one, a Phys.org feature argues. Decisions about time zones, daylight saving and the definition of a second are shaped by governments, international bodies and competing national interests. The report examines who holds authority over global time standards and why those choices are increasingly contested.

A new analysis argues that international human rights law contains a gap concerning border entry, leaving people seeking to cross borders without full protections. The findings, reported by phys.org, suggest existing treaties and frameworks do not adequately cover the moment of entry, prompting calls among rights advocates to revisit how international law applies at national borders.

New reporting details efforts to track fin whales and sperm whales in the Mediterranean Sea, two of the region's largest whale species. Researchers use tracking methods to learn more about the animals' movements and habits, information seen as important for protecting cetaceans in waters busy with shipping and human activity. Marine science audiences are sharing the news widely.

Biologists report the possible discovery of two of the world's loudest bird species, according to a report carried by Phys.org. The finding suggests these birds produce calls of extraordinary intensity, drawing attention from ornithologists and nature enthusiasts alike. Details about the species, their habitats, and how the sound levels were measured have not yet been widely reported.

New research reported by phys.org suggests that some contestants on Celebrity Traitors will find the game tougher than it appears. The findings indicate that detecting deception and bluffing convincingly are harder skills than viewers might assume, meaning certain celebrities may struggle to spot traitors or hide their own intentions during the competition.

Scientists report that the north polar region of Mars contains less dust than previously believed, based on new research covered by science outlets including Phys.org and EurekAlert. The finding refines understanding of the composition of Mars's polar ice caps and could improve models of the planet's climate and geological history.

New research reported by Phys.org suggests that urban environments may act as 'training grounds' where invasive species adapt to harsh conditions before spreading further. City settings expose plants and animals to heat, pollution and disturbance, potentially preparing them to colonise new areas. The findings could reshape how scientists predict and manage biological invasions worldwide.

Researchers have identified a protein signaling cascade that helps explain how plants sense and respond to touch, according to a report by Phys.org. The finding sheds light on the cellular mechanisms behind thigmomorphogenesis, the way plants alter growth when physically contacted. The work could inform future crop research, though detailed findings and reactions from the scientific community remain limited in the available coverage.