The JUICE probe can photograph Jupiter directly from the Earth’s surface

Astronomers from the European Space Agency have decided to show us how advanced and powerful observation equipment will be on board the JUICE probe, which will fly to Jupiter in 2022. The effect is amazing torrent sites directory.

Navcam camera is to be the basis for navigating the probe in its dangersome journey to the largest planet of the solar system and its moons. Scientists have recently tested it in practice outside the laboratory. Her task was to detect Jupiter and immortalize him in the picture. The test was fully successful. The published picture managed to show not only the gas giant, but also its moons, among them Callisto, Europe, Ganymede and Io. Currently they are located up to 640 million kilometers to Earth. We can only guess what beautiful images of these objects we will see in a few years.

JUICE will explore Jupiter, its dense atmosphere and its ice moons. It will be an extraordinary mission, because the world of astronomy has recently gained a lot of premises about the possibility of occurrence in Europe of favorable conditions for the flourishing of life. The mission will end in 2023, crashing the probe into the surface of Ganymede.

On the occasion of the JUICE mission from ESA, it is worth adding that Poles will play a large role in it. On board the probe will be such instruments as: RPWI plasma instrument set for conducting a radio experiment and SWI instrument for observing submillimeter waves generated by excited molecules in the atmosphere of Jupiter.

Both systems are built by Polish companies, such as Astronika, thriving in the private sector of the space industry, and with the participation of the Space Research Center of the Polish Academy of Sciences. Thanks to them, we will learn how strong electric and magnetic fields originating from Jupiter affect the largest moons of this planet, Ganymede and Europe, and we will also be able to study the physical and chemical processes occurring in the central atmosphere of Jupiter and assess the thickness and characterize ice covers its moons.

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