As the European Space Agency’s Juice
spacecraft headed out on an eight-year trip to Jupiter’s icy moons, it turned back to snap some selfies with Earth in the background — and those awesome shots are just the start. The bus-sized probe is due to make four slingshot flybys of Earth and Venus to pick up some gravity-assisted boosts to its destination — and ESA mission managers plan to have the monitoring cameras running during those close encounters. We've got our first space #selfie images back from #ESAJuice from the two monitoring cameras! ?1? Leaving Earth2? Goodbye, goodbye3? Solar array deployed 4? RIME antenna (stowed)More details for each image ? https://t.co/wq4WeqCI0K3? as gif ? https://t.co/oWM8oiS2N2 pic.twitter.com/3TYJutCKoI— ESA's Juice mission (@ESA_JUICE) April 15, 2023 One of the first selfies, snapped shortly after the probe’s April 14 launch from ESA’s spaceport in French Guiana atop an Ariane 5 rocket, shows a wide swath of Earth’s disk including the Horn of Africa and the Gulf of Aden. Another reveals a cloud-mottled patch of ocean. A view of a stowed radar antenna dominates the foreground in a third image. And two images document the rotation of Juice’s solar arrays. The point of the pictures isn’t merely to have some keepsake snapshots sitting around: ESA installed two monitoring cameras on Juice (which is an acronym standing for JUpiter ICy Moons Explorer) in order to keep tabs on the spacecraft’s solar arrays and antennas as they’re being deployed. Being able to get some shots of other celestial bodies in the background is a bonus. The views from the JMC1 camera on the front of the spacecraft and the JMC2 camera on top aren’t exactly high-definition. The resolution is 1024 x 1024 pixels, and the images have gone through only a light round of processing. A scientific-grade camera will send back much higher-resolution images after the probe gets to the vicinity of Europa, Callisto and Ganymede in 2031. Juice’s primary mission is to make up-close observations of those icy Jovian moons with its cameras and a magnetometer — and with a radar instrument that can probe beneath the moons’ surfaces to chart the watery oceans that scientists say lie beneath. There’s a chance those oceans could harbor alien life, but that’s unlikely to show up on radar. There’s a lot of traveling that Juice will have to do before that part of the mission starts. To keep track of the spacecraft during its space odyssey in the 2020s, and to learn more about how it’ll get where it’s going, check out ESA’s “Where Is Juice Now” webpage. What's next for #ESAJuice? ?Over the next 2?? weeks booms & antennas will be deployed?Over the next 3?? months the science instruments will be checked out???Over the next 4?? years flybys of Earth & Venus?Arrival Jupiter in 2031!??Follow the journey https://t.co/TBFlc4dccd pic.twitter.com/KvnPgmmWxI— ESA's Juice mission (@ESA_JUICE) April 16, 2023 #ESAJuice’s first ‘stop’ on the way to Jupiter will be a novel lunar-Earth gravity assist flyby in August 2024: a flyby of the
moon followed 1.5 days later by Earth [1/2] pic.twitter.com/j0CLGMmpRO— ESA's Juice mission (@ESA_JUICE) April 16, 2023 The post Juice Looks Back at Earth During Its Space Odyssey to Jupiter’s Moons appeared first on Universe Today.