Lucys Instrument Pointing Platform was pointed near the constellation Orion, and the T2CAM field consisted of the Rosette Nebula.Image: SwRI; 2008 file image of night sky as seen over Fajada Butte in New Mexico, courtesy National Parks ServiceTraveling through space can get lonesome. NASAs Lucy spacecraft is currently on a six-year journey to Jupiter, traveling through the sporadic interplanetary medium because introducing in October 2021. Thankfully for Lucy, the views have actually been spectacular.The spacecraft recently caught a series of calibration images, pointing its brand name new electronic cameras at 11 different star fields to ensure its photography skills are up to par. The current batch of images were taken in February, which NASA did to evaluate the spacecrafts electronic camera performance and level of sensitivity, along with its ability to point in various instructions, according to the space agency.Lucy is on a mission to study the Trojan asteroids, two groups of rocky bodies that follow and lead Jupiter as it orbits the Sun. The Trojans may have existed for the past 4 billion years, but very little is learnt about them because no spacecraft has paid them a visit just yet.But before Lucy reaches its location, the team behind the objective is working to ensure the probes instruments are working effectively in space. The spacecraft pointed its cameras towards the Orion Constellation, catching different groups of stars, along with a faint, 10-second direct exposure of the Rosette Nebula.The Rosette Nebula can be seen in the lower right of the center of the frame.Image: NASA/Goddard/SwRIG/ O Media may get a commissionSave $70Apple AirPods MaxExperience Next-Level SoundSpatial audio with vibrant head tracking supplies theater-like noise that surrounds you Lucy is geared up with four visible light cams: the twin Terminal Tracking Cameras (T2CAM), the Multicolor Visible Imaging Camera (MVIC), and the Long-Range Reconnaissance Imager (LLORRI). The T2CAM cameras have a wide field of vision, and they are developed to instantly lock onto and track the Trojan asteroids during Lucys close flybys. The MVIC is a higher-resolution color scanning camera, while LLORRI is a high-resolution monochromatic telephoto video camera created to catch in-depth pictures of the asteroids. A raw image from LLORRI revealed stars that are 50,000 times fainter than what the unaided human eye can see.The exposure time for this image was 10 seconds, exposing stars that are roughly 17th magnitude of brightness.Image: NASA/Goddard/SwRI/ Johns Hopkins APLThe current image-taking was a follow-up to an initial test of Lucys cameras performed in November, soon after the spacecraft introduced. Nevertheless, the group has not yet evaluated Lucys infrared spectrometer, understood as LEISA, or its temperature level mapping LTES instrument, both of which need close-up planetary targets, according to NASA.Shortly after it introduced, among Lucys solar ranges stopped working to unfurl properly. The spacecrafts systems have actually been operating normally and the glitch does not seem to have had a significant effect on the objective so far.Lucy is called after a remarkably old hominid fossil discovered in Ethiopia in 1974, one that provided valuable insights into human advancement. The Lucy spacecraft, by checking out Jupiters Trojans, could do the exact same for our understanding of the planetary system and its origin story. Lucy is expected to reach the Trojan asteroids in 2027.
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