Copernical Team
AV secures new contract option to deliver BADGER phased array systems for SCAR program
AeroVironment, Inc. (NASDAQ: AVAV) has been awarded a firm-fixed-price option by the U.S. Space Force Space Rapid Capabilities Office to deliver two BADGER phased array antenna systems under the Satellite Communication Augmentation Resource (SCAR) program. This marks the first option exercised under the SCAR Other Transaction Agreement, aimed at boosting system performance, deployment speed, and Taiwan running out of time for satellite communications, space chief tells AFP
Taiwan's space chief Wu Jong-shinn says the "clock is ticking" for the democratic island to launch its own satellites to secure internet and phone services during a potential conflict with China.
The island faces the constant threat of an invasion by Beijing, which claims the island is part of its territory and in recent years has intensified military pressure.
Taiwan needs 150 of its ow New Mars research reveals multiple episodes of habitability in Jezero Crater
New research using NASA's Perseverance rover has uncovered strong evidence that Mars' Jezero Crater experienced multiple episodes of fluid activity - each with conditions that could have supported life.
By analyzing high-resolution geochemical data from the rover, scientists have identified two dozen types of minerals, the building blocks of rocks, that help reveal a dynamic history of vol Molecular 'fossils' offer microscopic clues to the origins of life - but they take care to interpret
The questions of how humankind came to be, and whether we are alone in the universe, have captured imaginations for millennia. But to answer these questions, scientists must first understand life itself and how it could have arisen.
In our work as evolutionary biochemists and protein historians, these core questions form the foundation of our research programs. To study life's history bill Gravitino emerges as contender in dark matter search
Dark matter continues to puzzle physicists, despite decades of experiments and many competing theories. A recent study by researchers from the University of Warsaw and the Max Planck Institute for Gravitational Physics introduces a striking alternative candidate: supermassive charged gravitinos. Their findings, published in Physical Review Research, suggest that new underground neutrino detectors may be uniquely equipped to spot these elusive particles. Collision of equal sized bodies may explain Mercurys unique composition
A new study suggests that Mercury's unusual structure may have resulted from a grazing collision between two similar sized protoplanets, rather than a rare catastrophic impact with a much larger body. Mercury's dense metallic core makes up about 70% of its mass, while its rocky mantle remains unusually thin compared to other terrestrial planets.
The research, led by Patrick Franco of the N Earth from Space: Northeast Greenland National Park
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Part of the icy landscape of the Northeast Greenland National Park, the largest national park in the world, is pictured in this Copernicus Sentinel-2 image. ESA shares stage with international partners at IAC 2025
The European Space Agency (ESA) is participating in the 76th International Astronautical Congress (IAC), which will open its doors on Monday 29 September and last until Friday 3 October in Sydney, Australia. Over 8000 participants from 90 countries are expected to attend the event at the International Convention Centre (ICC) under the theme “Sustainable Space: Resilient Earth”.
Exoplanets unlikely to host global oceans
Astronomers once suggested that the exoplanet K2-18b, 124 light-years away, could be an ocean world filled with life. A new study led by ETH Zurich shows that such sub-Neptune planets are far drier than previously assumed, making them poor candidates for habitable conditions.
"Water on planets is much more limited than previously believed," said ETH Zurich professor Caroline Dorn. The stud Record breaking gravitational waves confirm Hawking theory and reveal giant black hole merger
For millions of years, two massive black holes circled each other until, in a split second, they merged at near light speed. The collision unleashed gravitational waves so strong and clear that researchers now have their most detailed look yet at spacetime's most violent events.
"These are waves in spacetime itself-like ripples in water-that travel at the speed of light," explained Jose Ma 