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Copernical Team
Construction begins at UK's first vertical launch spaceport
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Hunting for life's building blocks at minus 250 degrees Celsius
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Hubble follows shadow play around planet-forming disk
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Neutron star's X-rays reveal 'photon metamorphosis'
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Cosmonauts transfer airlock between ISS modules
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SpaceX lifts another 56 Starlink satellites into lower Earth orbit
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The mysterious origins of Martian meteorites
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The Moon's heart revealed for the first time
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Earth from Space: Farming the desert
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'Space waves' offer new clues to space weather

More accurate space-weather predictions and safer satellite navigation through radiation belts could someday result from new insights into "space waves," researchers at Embry-Riddle Aeronautical University reported.
The group's latest research, published on May 4, 2023, by the journal Nature Communications, shows that seasonal and daily variations in the Earth's magnetic tilt, toward or away from the sun, can trigger changes in large-wavelength space waves.