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Does life really exist in Jupiter’s storm eye?

Does life really exist in Jupiter's storm eye?

The eye of the storm is perhaps the most mysterious place on Jupiter, located within one of the most famous storms in the solar system..

Jupiter is a place with an extremely harsh climate with countless different storms. But the most famous storm has a name “The Great Red Spot”scientists predict that this storm is so strong that it can engulf the entire Earth – it has been in view of humanity on earth since 1830.

Jupiter takes nearly 12 Earth years to complete one revolution around the Sun.
Jupiter takes nearly 12 Earth years to complete one revolution around the Sun.

Jupiter is the largest planet in the solar system, but with a distance from the Sun of 778 million km, it takes almost 12 Earth years to complete one revolution around the Sun.

Large red spot Jupiter is a huge storm located in Jupiter’s troposphere (0-50 km), which has existed for over 350 years. Its outer winds are very strong, reaching 270-425 mph (430-680 km), while its peripheral winds are somewhat weaker, below 270 mph (430 km). Its inner zone (i.e. the eye of the storm) is exactly the opposite, relatively calm and stable.no clouds and strong air currents.


The Great Red Spot is even bigger than our planet

The Great Red Spot is even larger than our planet and has been noticed and regularly observed by astronomers for over 150 years.

But whether or not life exists in the eye of this storm is actually not directly related to the storm’s fluctuations. The environment there may be calm, but it may also not be conducive to the existence of life.

Currently, we know that Jupiter’s atmosphere can be divided into four layers: troposphere, stratosphere, thermosphere and exosphere. However, Jupiter does not have a solid surface, so the troposphere and the liquid part inside the planet evolve like our planet. SO, Its atmosphere is mainly composed of hydrogen and heliumonly a small portion of other compounds, including methane, ammonia, hydrogen sulfide, and water.


Jupiter’s storms typically occur in the troposphere and stratosphere.

Jupiter storms often occur in the troposphere and stratosphere of Jupiter’s atmosphere.

Jupiter’s troposphere is a place where the temperature gradually decreases with altitude, so it can contain several types of clouds, including ammonia, water, and hydrogen sulfide. Jupiter’s storms may be caused by the thin layer beneath the water clouds, where lightning has been observed. According to different data sources, the thickness and temperature range of Jupiter’s troposphere are also very different. Currently, people accept that The planet’s troposphere extends approximately 50 km upward from the visible cloud layer. (or pressure level of 1 bar).

In particular, the temperature will increase from around 110K (minus 163 degrees Celsius) to around 340K (67 degrees Celsius). Jupiter’s troposphere is composed primarily of hydrogen and helium and also contains small amounts of water, ammonia, ammonium sulfide, and other substances.

These materials form clouds of different colors and densities at different altitudes. The white bands of ice crystals in the highest clouds are called zones, while the reddish-brown bands of ammonium sulfide in the lowest clouds are called belts.

Of course, the thickness and temperature range of Jupiter’s stratosphere also vary across different data sets. In general, The stratosphere extends approximately 200 km or more from the troposphere. (pressure level 0.1 bar to 0.00001 bar). As a result, the temperature dropped from around 340 K (67 degrees Celsius) to around 110 K (minus 163 degrees Celsius).


Jupiter’s stratosphere is mainly composed of hydrogen and helium

Jupiter’s stratosphere consists mainly of hydrogen and helium, and also contains small amounts of methane, ethane, acetylene and other substances, forming thin, transparent clouds at different altitudes .

The highest clouds are made of ice crystals, forming auroral circles near the poles. There are also strong and complex changes in wind speed in Jupiter’s stratosphere, leading to different vortex structures and storm phenomena.

Scientists have attributed one of these molecules, hydrogen cyanide, to the presence of strong winds near the poles, with speeds of around 400 meters per second. These winds are equivalent to 1,450 km/h, more than three times the wind speed measured during the most powerful tornadoes on the planet.

Therefore, Many people believe that it is difficult to survive in the eyes of Jupiter. – Jupiter’s atmosphere contains large quantities of toxic gases such as ammonia, methane and hydrogen sulfide, which are deadly to most life forms.


Many people believe that it is difficult to survive in the eyes of Jupiter.

Many people think that it is difficult to survive in Jupiter’s eye area.

In short, although the possibility of life in Jupiter’s atmosphere cannot be ruled out,… At least so far, no traces of life have been found here.

However, scientists now believe that some of Jupiter’s moons, like Europa, harbor oceans of liquid water hidden beneath their frozen surfaces.

In addition tidal forces, ice volcanoes Caused by the activity of ice on the surface of active stars, it can create a perfect habitat for certain organisms on Earth, where there has been and still is the life of certain microorganisms that we have never known .

Article source: PNVN

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The eye of the storm is the most mysterious place above Jupiter, located within one of the most famous storms in the solar system. Jupiter is a place with an extremely harsh climate…

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