New images from NASA’s Juno probe give astronomers a breathtaking view of Jupiter’s largest moon.
The fly-through image is the closest to Ganymede. which was named after the goblet of an ancient Greek god in more than 20 years
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The large craters are highlighted by the bright white landscape and It has a “long structure,” the agency said in a Tuesday release. “Linked to tectonic faults”
The photos were taken using the Jupiter spacecraft’s JunoCam imaging engine and the Stellar Reference Unit telescope.
JunoCam’s visible light imager uses a green filter to capture almost the entire side of the icy moon. Photographic professionals use red and blue filters to later present a color image.
The Stellar Reference Unit’s navigator creates a dark black and white image of Ganymede as it glows in the scattered light from Jupiter.
Juno is set to submit more photos from Ganymede in the coming days. And it is expected that the work of solar-powered spacecraft will help researchers. “In-depth information about the composition ionosphere magnetosphere and ice shells,” as well as measuring the radiation environment.
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“This is the closest spacecraft any spacecraft has reached this enormous moon in a generation,” Juno Principal Investigator Scott Bolton said in a press release. “We’ll take our time before drawing any scientific conclusions. But even then we can marvel at this heavenly miracle.”
The Juno Mission is part of the agency’s Marshall Space Flight Center New Frontiers program and runs for the agency’s Science Mission Directorate in Washington, D.C.
The probe was proposed in 2003, launched in 2011 and first arrived at Jupiter on July 4, 2016. The main mission will be completed in July.
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In January, NASA announced that the Juno mission would be extended. It will survey the Solar System’s largest planet, the Jovian System, in full until September 2025.
“Since the first orbit in 2016, Juno has revealed one thing about the inner workings of this massive gas giant,” Bolton said. We’ll answer basic questions that arise during Juno’s mission while going further. to explore the ring system of Jupiter and the Galilean satellite.”