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Elon Musk & NASA’s Terrifying NEW Discovery On Jupiter Changes Everything! – Elon Musk Power


    So let’s start, and understand in detail!! Jupiter appears calm from afar, with floating reddish-brown clouds, and its atmosphere lacks a distinct hue in the dark emptiness of space, but as you get closer, the world is chaotic with dangerous storms. 

    Scientists have created a 3D depiction of Jupiter’s atmosphere for the first time, revealing these images give scientists a chill to their bones, In today’s post we describe these Jupiter images that were discovered. And what’s shocking about them, and SpaceX’s partnership with NASA on these Jupiter explorations. 

    Did all of these missions have two flybys?

    Brihaspati was the aptly titled King of the Gods. It is the largest planet in the Solar System with the strongest magnetic field and most moons. Although astronomers have known about it since ancient times, the discovery of the telescope and the development of modern astronomy have taught us much about it, automatic Closer observations by spacecraft have been used to locate Jupiter’s pioneer.

    10 was the first spacecraft to go into the Jovian system in 1973, and eight other spacecraft missions have been carried out. All of these missions launched since then had two flybys. Those used to take extensive measurements without landing or entering orbit, and they are all carried out by the National Aeronautics and Space Administration (NASA), as all missions to the outer solar system have employed Jupiter flybys. 

    The most visited of the outer planets of the Solar System.The Juno second spacecraft orbited the planet on 5 July 2016, and became the second craft in history to do so, sending a ship to Jupiter difficult due to the planet’s severe radiation environment and heavy fuel requirements. 

    Does microwave light enable planetary scientists to see deep beneath Jupiter’s colorful clouds?

    In June NASA announced that SpaceX has been selected to fly a planned mission to the frozen Moose of Jupiter, n Europa is a significant victory for Elon Musk’s company, as it goes deeper into the Solar System. The Europa Clipper mission will launch on a Falcon Heavy rocket in October 2024 from the Kennedy Space Center in Florida with a total contract value of $178 million. But with the help of Juno data, scientists have produced the first 3D image of Jupiter’s atmosphere. 

    Microwave light enables planetary scientists to look deep beneath Jupiter’s colorful clouds, allowing orbiting spacecraft to better understand the weather and climate in the warmer and deeper layers.The largest planet in our solar system has revealed a more complete view of how the planet’s distinctive and colorful atmospheric features reveal information about the activities that have taken place beneath its clouds since 2016, the Juno mission to our solar system. 

    is orbiting the largest planet in the circle, photographing its spectacular swirls. Already found to have electricity. E clouds have deep movement in the atmosphere and huge auroras similar to Earth’s famous aurora borealis.Mars may appear to be the most popular place to look for life moons in the outer Solar System, much like Ganymede also has great potential beneath their outer shells of ice. 

    Several frozen moons, including Ganymede Europa and Enceladus, are thought to harbor oceans of water, Ganymede in particular has a thick eye shell, buried in rock fragments, and brilliant streaks on the surface. Ganymede also possesses a magnetic field, an important protective shield for life, making it an attractive and dynamic celestial target.

    Which great discovery was made by the Italian astronomer for the first time in 1665?

    One of Jupiter’s most recognizable features is the Great Red Spot, this anticyclic storm has a diameter of 24,000 km and an altitude of 12 to 14,000 km, it is located south of the equator, resulting in it being substantial, having a diameter equal to that of Earth. The room and space for holding two or three planets is known for at least 350y. 

    Dating back to the 17th century when it was discovered by Giovanni Cassini, and the Italian astronomer first discovered the Great Red Spot in 1665. Astronomers theorized that it was a storm caused by Jupiter’s turbulent and fast-moving atmosphere in the late 20th century.

    The 1 spacecraft closely observed the giant red spot during its flight to the planet in March 1979, Since then these predictions seem to have shrunk in the 17th century, but the 40,000 km is believed to have been almost twice as massive, as it is currently based on Cassini’s measurements, astronomers are unsure when or when it disappeared entirely. Will be done.

    They are very certain, that another will appear elsewhere on the planet, scientists have been fascinated by the crimson vortex since its discovery nearly two centuries ago, and new findings suggest, that the storms raging on the planet are far greater than previously thought. are longer, extending up to 100 kilometers under the cloud. Top and others such as the Great Red Spot over 350 km, the latest findings suggest, that cyclones with low atmospheric concentrations warm at the top.

    There are coolers below with higher densities, according to NASA at a news conference the Juno spacecraft took off from the Great Red Space. Twice looking for the storm’s gravitational signature and studying the concentration of air masses within it, the scientists were able to pin down the velocity difference as small as 0.01 millimeters per second, as the spacecraft accelerated to Jupiter at about 209 kilometers per hour. The cloud had sailed over the layer. 

    According to new observations according to the Alessandra Mura e Juno co-investigation :-

    The level of accuracy required to calculate the Great Red Spot gravity during the July 2019 encounter is mind-boggling, according to NASA, adding to the MWR’s exploration of depth, we are very confident that future gravity experiments on Jupiter will be similar. 

    The results will yield fascinating results from, said the results, that Margia Paris, a Juno scientist with NASA, discovered five years ago at both poles of Jupiter, large-scale cyclonic storms and polygonal structures.The north has eight octagonal designs and five impantagonal layouts, these atmospheric phenomena have not changed, and are still in the same region according to new observations according to the Alessandra Mura e Juno Co-Investigation So they said that Jupiter’s cyclones interact with each other. 

    These cyclone-like storms on Earth tend to move the pole wood.Data are sent to drive cyclones to each pole, according to the location of the cyclones back to them and the different numbers at each pole. 

    There are regions that wrap around it, Juno previously reported that strong east-westerly winds traveling in opposite directions reached depths of 3,200 kilometers in the belts, new data shows.The atmosphere’s ammonia gas moves up and down in amazing synchronization with these observed jet streams, one of its most prominent features being Jupiter’s peculiarly banded look. 

    Is this structure confined to the cloud tops of the planet?

      1. The white bands in the dark red bands are called zones which according to planetary science are called belts. 
      2. On the planetary scale of Jupiter, located on the outer margins of these colored stripes, winds blow in opposite directions east and west, an important question.
      3. If the belt and region is one of the keys as the planet’s depth increases.
      4. NASA’s Juno mission aims to investigate this phenomenon.
      5. The spacecraft is equipped with a specially built microwave radiometer.
      6. Which will be used for the first time to measure emissions from within the largest planet in the Solar System.
      7. For the first time, the Juno team will use data from this instrument for investigation.
      8. which allow it to probe environments of pressures ranging from 0.6 bar near the surface.
      9. By detecting ammonia, we searched for Circulate 100 times at a depth of 250 km.
      10. Ion cells in both the northern and southern hemispheres, which are similar to the regulating wild cells.

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