Copernical Team
Far side lunar mantle found cooler than near side in Chang'e 6 sample study
The lunar far side may have a colder interior than the near side, according to a new analysis of rock samples collected by China's Chang'e 6 mission. A study led by researchers from UCL and Peking University examined 300 g of lunar soil retrieved from a vast crater, revealing key differences in mantle temperature and composition between the two hemispheres.
The research, published in Natur Europe's new METimage instrument delivers first ultra-detailed views of Earth
EUMETSAT has unveiled the first Earth imagery from the METimage instrument aboard its newly launched Metop Second Generation A1 (Metop-SGA1) satellite, offering an early look at the mission's extraordinary visual clarity and scientific potential.
Captured on 24 September 2025, METimage's debut scene spans Europe and North Africa, detailing complex weather systems, cloud fronts, and clear-s TERN raises seed funding extension to scale satellite free navigation for vehicles fleets and defense
TERN has closed a $7.5 million Seed Extension to accelerate deployment of its Independently Derived Positioning System (IDPS), an AI-driven, satellite-free navigation technology for commercial and defense customers. Investors include Scout VC, Vanderbilt Endowment, Shadow Capital, Bravo Victor VC and others. The company is advancing in the U.S. Army's xTechOverwatch competition, highlighting dua Rare clean room bacterium survives by playing dead UH team finds
A University of Houston team reports that a rare bacterium found in NASA spacecraft assembly clean rooms can evade detection by entering dormancy, effectively "playing dead" in a nutrient-poor environment.
The microorganism, Tersicoccus phoenicis, turned up in two clean rooms more than a decade ago in Florida and French Guiana. These facilities undergo rigorous sterilization to protect spa Earth from Space: Cyclone Errol
Image:
This wide view of Copernicus Sentinel-3 shows Cyclone Errol heading towards the coast of Western Australia. Two decades of Mars images reveal fast moving dust devils and stronger winds
Combing 20 years of Mars Express and ExoMars Trace Gas Orbiter imagery, ESA-led researchers cataloged 1,039 dust devils to show how surface winds loft and transport dust across Mars. Published in Science Advances, the work indicates peak near-surface winds are much faster than previously thought and refines models of Martian weather and climate.
The open catalogue, available is online, agg More precise simulations unlock mysteries of the early universe
Researchers from the University of Jyvaskyla, working within an international collaboration, have developed advanced computer models that significantly improve the simulation of heavy ion collisions. These refinements shed new light on the extreme conditions of the early universe and deepen insight into the formation of quark-gluon plasma (QGP).
When atomic nuclei smash together at nearly QUT to advance navigation systems for Australia lunar rover
QUT's Centre for Robotics will play a central role in keeping Australia's first lunar rover, known as Roo-ver, safely on course during its mission to the Moon.
Professor Michael Milford, Director of the Centre, said the team was thrilled to contribute to the ambitious project. "Obviously, the Moon presents an environment unlike anywhere on Earth," he said. "QUT's world-class robotics exper Martian skies reveal intricate atmospheric layers in new orbiter images
ESA's ExoMars Trace Gas Orbiter has captured the most detailed view yet of Mars's atmosphere, showing a fine layering of dust and ice particles that resembles a cosmic mille-feuille. The images reveal a delicate stratification extending from the surface up to 55 km in altitude, shedding light on processes shaping the Red Planet's restless skies.
The data were obtained on January 21, 2024, Milky Way hosts giant wave of stars revealed by Gaia
Scientists using the European Space Agency's Gaia telescope have discovered a vast stellar wave rippling across the Milky Way's disc, extending tens of thousands of light-years from the Sun. The finding adds to Gaia's record of uncovering the galaxy's dynamic structure, following its earlier identification of the disc's rotation, warp, and wobble.
Like ripples spreading from a rock cast in 