
Copernical Team
New data platform to host Copernicus Earth observation data

Aiming for the Triple Junction: Sols 3723-3724

Phew! Truck-sized asteroid misses Earth

Tempestuous young stars in Orion

ESA branded merchandise made easy

We’ve just made it easier to use the ESA brand to create merchandise or materials for events. If you are interested in producing and selling merchandising that shows the ESA logo, the ESA flags patch or ESA’s mission patches, there is now a simple way to request the use of ESA emblems.
How cells could help Artemis astronauts exercise

In 2033, NASA and China plan to send the first crewed missions to Mars. These missions will launch every two years when Earth and Mars are at the closest points in their orbits (Mars Opposition). It will take these missions six to nine months to reach the Red Planet using conventional technology. This means that astronauts could spend up to a year and a half in microgravity, followed by months of surface operations in Martian gravity (roughly 40% of Earth gravity). This could have drastic consequences for astronaut health, including muscle atrophy, bone density loss, and psychological effects.
Aboard the International Space Station (ISS), astronauts maintain a strict exercise regimen to mitigate these effects.
NASA marks 20 years since space shuttle Columbia disaster

NASA's Webb Telescope receives top space foundation award

Asteroid coming exceedingly close to Earth, but will miss

BepiColombo and Solar Orbiter compare notes at Venus

The convergence of two spacecraft at Venus in August 2021 has given a unique insight into how the planet is able to retain its thick atmosphere without the protection of a global magnetic field.
The ESA/JAXA BepiColombo mission, en route to study Mercury, and the ESA/NASA Solar Orbiter, which is observing the sun from different perspectives, are both using a number of gravity-assists from Venus to change their trajectories and guide them on their way.