Copernical Team
Earth from Space: Kuwaiti waters
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The turquoise waters southeast of the Kuwaiti island of Failaka are captured in this image acquired by the Φsat-2 mission. Space pierogi bite
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Space pierogi bite Good news for astronauts: Arteries remain normal years after long-duration spaceflight
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Heliostats could be used to detect asteroids, says researcher
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New fuel for nuclear power systems could enable missions to Mars and beyond
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With delay until 2026, Boeing Starliner next flight may not carry humans, NASA says
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Moon erosion by solar wind far weaker than previously believed
The surface of the Moon is constantly exposed to the solar wind-a stream of charged particles from the Sun that can dislodge atoms from the lunar surface and contribute to its thin exosphere. However, a new study by Vienna University of Technology (TU Wien) and international collaborators reveals that earlier models greatly overestimated this sputtering effect.
The researchers attribute th Flash frozen silicon reveals patterns mirroring early universe dynamics
A team of physicists from Helmholtz-Zentrum Dresden-Rossendorf (HZDR), University of Duisburg-Essen, and University of Alberta has discovered that ultra-fast cooling of silicon surfaces produces structural patterns that echo the cosmic phase transitions theorized to have occurred shortly after the Big Bang. Their study shows that the rate at which silicon cools drastically influences how atoms a Using soft X-rays to track magnetic reconnection may advance space weather forecasting
A research team from Chiba University has demonstrated how soft X-ray imaging could be used to monitor magnetic reconnection rates in Earth's magnetosphere-a critical development in improving space weather forecasting. Magnetic reconnection, a process where solar wind penetrates Earth's magnetic barrier, can disrupt satellite operations and communication systems.
Led by Associate Professor XRISM mission maps sulfur distribution across Milky Way
An international research team has made the first direct measurement of sulfur in both its gas and solid forms in interstellar space, using X-ray data from the Japan-led XRISM (X-ray Imaging and Spectroscopy Mission) satellite.
Utilizing observations from two distant X-ray binary systems, astronomers detected sulfur throughout the interstellar medium-the vast mix of dust and gas between st 
