
Copernical Team
NASA conducts first 2023 test of redesigned SLS rocket engine

SpaceX test fires Starship Super Heavy Booster's 31 Engines

A Russian satellite has broken into pieces, littering debris in space

A Russian KOSMOS 2499 satellite broke up last month—for a second time—according to the Space Force's 18th Space Defense Squadron. In a recent tweet, the Space Force said they are currently tracking 85 individual pieces of debris at an altitude of 1,169 km (726 miles). The breakup occurred on January 4, 2023, but the reason for the disintegration remains unknown.
At this high altitude, it will take decades for the debris to deorbit and burn up in the Earth's atmosphere. The debris is located in an increasingly busy region in Earth's orbit.
#18SDS has confirmed the breakup of COSMOS 2499 (#39765, 2014-028E)—occurred Jan 4, 2023 at appx 0357 UTC. Tracking 85 associated pieces at est 1169 km altitude—analysis ongoing. #spacedebris#space@SpaceTrackOrg@US_SpaceCom@ussfspoc
— 18th Space Defense Squadron (@18thSDS) February 7, 2023
But this is actually the second breakup event of Kosmos 2499.
Juice’s odyssey of exploration

Sound test of Hera asteroid mission antenna

More lunar missions means more space junk around the Moon—two astronomers are building a catalog to track the trash

Scientists and government agencies have been worried about the space junk surrounding Earth for decades. But humanity's starry ambitions are farther reaching than the space just around Earth. Ever since the 1960s with the launch of the Apollo program and the emergence of the space race between the U.S. and Soviet Union, people have been leaving trash around the moon, too.
Today, experts estimate that there are a few dozen pieces of space junk like spent rocket bodies, defunct satellites and mission-related debris orbiting in cislunar space—the space between Earth and the moon and the area around the moon. While this isn't yet a large amount of junk, astronomers have very little information about where these pieces of space debris are, let alone what they are and how they got there.
Sentinel-4 set to join next weather satellite

Copernicus Sentinel-4, which is set to play a key role in monitoring air quality over Europe, is ready to be fitted to its host, the first Meteosat Third Generation Sounder weather satellite.
Copernicus Sentinel-4 is a state-of-the-art ultraviolet, visible, near-infrared spectrometer instrument that has been developed to deliver hourly high-resolution measurements of trace gases such as nitrogen dioxide, ozone, sulphur dioxide and formaldehyde, as well as aerosols.
Galileo signal component tested for Internet of Things use

One of Europe's Galileo satellites has been reconfigured to emit a new signal component optimised to serve low-end receiver devices and Internet of Things applications.
Spanish lagoon used to better understand wet-to-dry transition of Mars

Bringing more power to Space Station
