
Copernical Team
Russia's Geopolitical Resurgence: Policy Decisions and Future Implications

N. Korean test of likely hypersonic missile fails: Seoul military official

NASA launches GOES-U weather satellite on SpaceX's Falcon Heavy

Time to build zero-debris satellites

ESA is committed to deliver on the promise of Zero Debris by 2030. To ensure compliant satellites can be designed and built in time, ESA is supporting industry during this technologically challenging transition.
On 25 June 2024, three major European space industry players each signed a contract with ESA to develop large low Earth orbit (LEO) satellite platforms that conform to Zero Debris standards.
The space bricks have landed!

ESA scientists have been exploring how a future Moon base might be built from materials on the lunar surface. Inspired by LEGO building, they have used dust from a meteorite to 3D-print 'space bricks' to test the idea. ESA's space bricks are on display in selected LEGO Stores from 20 June to 20 September, helping to inspire the next generation of space engineers.
Astrobotic reveals lunar surface proving ground for payload testing

China's Chang'e-6 mission successfully returns to Earth with historic moon samples

NASA successfully launches GOES-U weather satellite on SpaceX's Falcon Heavy

Predicting changes inside astronauts' bodies during space travel through blood sample analysis

Researchers develop MoonIndex, open-source software that allows study of lunar surface

With MoonIndex, researchers from Constructor University and the National Institute of Astrophysics in Italy have developed an open-source software that for the first time gives scientists access to a free tool that creates science-ready products from the Moon Mineralogy Mapper (M3) to study the composition of the lunar surface. It also enables a wide range of applications.
An article now published in the specialist journal Earth and Space Science describes the research success.
"Spectral indices are a key product to understanding and mapping planetary surfaces," said Javier Eduardo Suárez Valencia, Ph.D. student at Constructor University and first author of the article.
Each surface has a very special, individual reflectance pattern, a kind of spectral fingerprint. It provides information about the presence of certain minerals in rocks or about the physical properties of the surface.