Jupiter is one of the first planets discovered. Being very large in size, it has vast dominance in the solar system. Even in sustaining our Earth, the immense gravity of this planet has a great role. Neither the earth nor our existence is possible without this planet. Not only by gravitation but also by attracting the meteorites rushing towards the earth, this Jupiter takes it into itself. A planet so large in size disappears when viewed through a radar telescope. It becomes as if Jupiter is not there. Although Jupiter’s moons are clearly visible in a telescope. So what happens when you land on this planet? But we can never land on this planet. Why?
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Jupiter is one of the first planets discovered. Being very large in size, it has vast dominance in the solar system. Even in sustaining our Earth, the immense gravity of this planet has a great role. Neither the earth nor our existence is possible without this planet. Not only by gravitation but also by attracting the meteorites rushing towards the earth, this Jupiter takes it into itself. A planet so large in size disappears when viewed through a radar telescope. It becomes as if Jupiter is not there. Although Jupiter’s moons are clearly visible in a telescope. So what happens when you land on this planet? But we can never land on this planet. Why?
As you may have heard, there are two gas jars in our solar system. One is Saturn and the other is Jupiter. And Uranus and Neptune are the Ice Jars. That is, there is no solid surface on Jupiter like our Earth. There is only a large atmosphere filled with various gases where monstrous colorful clouds, lightning, and huge cyclones capable of absorbing the entire earth are always moving! What would happen if an astronaut tried to go inside the advanced spaceship? His answer is really exciting!
First of all, if you go to this planet in a standard spacesuit, you will not be able to enter it. Because as soon as it comes within 3,00,000 km of the planet, its radiation will completely disintegrate your biological body. Suppose the astronaut was taught a powerful imaginary anti-radiation shot to avoid this problem. As a result, he survived this radiation. So is he safe? No!
After approaching Jupiter, we will be pulled into Jupiter by its massive gravity at 180,000 km per hour. After going 250 km inside the planet, we enter the realm of ammonia clouds with temperatures of about -150 degrees Celsius. When we come here, the wind speed of 482 km per hour will blow us and the red and blue colored cyclone will be visible in front of our eyes.
If you go down another 120 km, the odds will be several times more. NASA’s specially designed Galileo spacecraft was launched on October 18, 1889, and successfully entered Jupiter’s orbit on December 7, 1995. But the Galileo telescope could not keep up with its strong magnetic field. Reaching this maximum depth in 1995, contact was lost due to atmospheric pressure. The air pressure here is 100 times higher than the air pressure on the earth’s surface and as the sunlight does not reach this depth, you will be completely drowned in darkness.
Jupiter’s magnetic field is several times greater than our imaginary magnetism. Which is so powerful that it blocks the deadly solar storms coming out of the Sun. Such a strong magnetism of a gas planet surprised scientists.
700 kilometers below the air pressure is 1150 times more! To survive here, a Trieste submarine capable of going to the highest depth of the world is needed. If you go a little deeper, you will lose all contact with the Earth because the atmosphere here is capable of absorbing radio waves.
Another 4,000 kilometers below the temperature of 3300 degrees Celsius! In other words, at this depth, the element with the highest melting point in the universe, tungsten, will also melt!
Below 21,000 km the pressure is 2 million times greater than Earth’s and the temperature is greater than the surface of the Sun. This situation is so terrible that the chemistry of hydrogen changes here! Under the influence of so much energy, the electrons of hydrogen condense and form an unusual substance “Metallic hydrogen”! It is highly reflective so no more using lights! This metallic hydrogen is dense enough. If we enter it, its buoyancy will push us upwards. On the other hand, gravity will pull downwards. And if the two forces are equal, we will be stuck in that place for eternity.
Our journey so far! More than that we may never know. I can’t see what secret lies in the depths of this terrible-colored cloud.