The Euclid telescope had been gradually losing its vision as layers of water molecules accumulated on its mirrors.
Euclid's mission team is testing a new way to de-ice the telescope's optics and restore its ability to explore the dark universe.
The EnVision Venus orbiter could help explain why the hellish planet ended up so different from our own hospitable world.
NASA's Voyager 2 probe, launched over four decades ago, collected data in 1978 that suggests the possibility of jets existing above other planets.
The Euclid space telescope, on a mission to chart the elusive dark universe, has captured its first images, revealing countless galaxies and a nearby nebula.
On Tuesday morning at 8:15 a.m. ET, we will get our first look at the images snapped by the recently launched Euclid space telescope.
The freshly launched observatory encountered a navigation issue that jeopardized its entire mission, but a software patch rectified its cosmic orientation.
Launched this past summer, the space observatory’s commissioning hasn’t been perfect, but the team remains optimistic.
Researchers utilized a camera hack on the Solar Orbiter to reveal a part of the Sun's atmosphere that was previously impossible to see.
These are the first test views from Europe's new $1.4 billion space telescope. The images impress, but the operational ones promise to be even better.
The Euclid mission is set to launch on July 1 at 11:11 a.m. ET on board a Falcon 9 rocket.
The spacecraft had run into some trouble deploying a 52-foot-long antenna, but is now fully primed and ready as it continues along its eight-year journey.
The spacecraft was a million miles from Earth when it was spotted by the Airbus telescope.
JUICE’s 52-foot-long antenna is now at full length, but it required some serious coaxing—and a big jolt—to get the job done.
JUICE is having some difficulties deploying one of its most crucial science instruments—a tool for scanning the subsurfaces of Jupiter's icy moons.
The recently-launched JUICE mission is on an eight year journey to Jupiter to explore its icy moons, which the spacecraft will study for signs of habitability.
The mission will probe Jupiter's icy moons for signs of habitability, potentially providing clues as to the origins of life on other celestial bodies.
ESA's advanced JUICE spacecraft has officially begun its eight-year journey to Jupiter, where it will explore the gas giant's icy moons.
Europe's JUICE probe will investigate three of Jupiter's largest ice moons for signs of potential habitability.
The innermost planet to the Sun looks astonishingly close—and small—in the latest view from an extreme probe.
Mode
Follow us
