
Copernical Team
SwRI scientist uncovers evidence for an internal ocean in small Saturn moon

Hubble Finds a Black Hole Igniting Star Formation in a Dwarf Galaxy

Sol 3361: Keeping the Dog Leashed

Cosmonauts complete first spacewalk of 2022 to prepare Russian ISS segment

Russian cosmonauts conduct EVA to complete Nauka Lab Module integration to ISS

Grounded: First Flight Delay Due to Inclement Weather on Another World

One Year into the Biden Administration, NASA Looks to Future

NASA's Curiosity rover measures intriguing carbon signature on Mars

New automatic control technique uses spacecraft solar panels to reach desired orbit at Mars

A satellite on a science mission to Mars aims for a low-altitude orbit, but the lower the orbit, the more propellant is required to enter orbit when arriving from Earth. To save propellant, a technique called aerobraking uses a small propulsive maneuver for orbit insertion to enter a large orbit; the satellite then makes many passes through the upper atmosphere, using drag on the solar panels to reduce the size of the orbit a little bit each pass until the orbit is the desired size for science operations.
Watch: Matthias Maurer in-flight call to World Economic Forum

Join ESA astronaut Matthias Maurer on Thursday, 20 January, in a live call from the International Space Station, from 14:00 GMT/15:00 CET, talking with prominent experts and industry leaders, to explore how space research can improve life on our planet.