Does Venus really have life? Why are there so many volcanoes on it?

Venus currently has no life, and the reason why there are so many volcanoes on it is caused by the movement of the planets.

Venus currently has no life, because it is relatively close to the sun, so this is the case.

My guess is that there should be life on Venus, and it is very likely that the current state of Venus is the period when the Earth first had life. There is a good chance that it is constantly evolving. And then life continues to evolve.

Because Venus has some scarce water molecules on it, there is also water on Venus. Because there are no conditions for life to survive on Venus, there is no life.

There is also water on Venus, but it is not liquid water. There is no life on Venus because the climate of Venus is very harsh.

This is because Venus is also like the lava in the Earth's interior, which causes the huge pressure inside the sphere to release pressure. Recent discoveries have shown that the volcanoes of Venus are still active in isolated geological hotspots.

Venus was once full of water, but the mystery of the mosaic plot remains unsolved due to the eruption of a strange volcano into a sea of fire.

Venus is the closest planet to Earth in the solar system and has long been considered Earth's sister star. Similar in structure to Earth, but smaller than Earth, it is also the second closest planet to the Sun, with a surface temperature of 471 degrees Celsius, enough to melt lead. Venus is encased in a thick layer of toxic atmosphere, which prevents heat loss from its surface.

Phosphine is a compound composed of phosphorus atoms and three hydrogen atoms, which is odorous, highly toxic, colorless and flammable. It is used as an insecticide, rat poison, and also in the electronics industry. Phosphoric acid on Earth is produced by anaerobic microorganisms by absorbing phosphate from minerals or biological materials.

Of course, with the exception of Earth, not all phosphine is produced by anaerobic microorganisms.

Scientists have previously discovered phosphine in the atmospheres of Jupiter and Saturn. In any case, phosphine on Jupiter and Saturn has nothing to do with signs of life, as both planets have extremely high core temperatures and pressures that allow phosphine to rise into the atmosphere as it forms inside. As far as scientists know, other planets are not able to form phosphine in sufficient quantities and stable enough on their own.

Previously, the amount of phosphine detected in the atmosphere of Venus was alarming. They investigated whether inanimate processes on Venus could produce the observed phosphine, considering all possible scenarios, including gas from Venus' volcanoes, intense lightning, plate movements, and cosmic dust.

None of these processes produce the phosphorus content they observe. They have only two options: unknown geological processes or photochemical reactions on Venus that may produce phosphorus; The other is that there is some kind of life on Venus that can produce phosphoric acid.

The researchers noted in ** that they were only proposing two possibilities and said that it was too early to say that there was life on Venus.

Other scientists have questioned the reliability of the findings, arguing that the phosphine signal mentioned in ** may be the result of telescope observations or data processing errors. Whether or not future observations or explorations of Venus actually confirm the existence of life in the atmosphere, it is a path worth pursuing. The discovery of phosphine in Venus's atmosphere is a major discovery, but knowledge about the planet is still limited, and more research is needed to prove it.

This is true, because the oxygen on Venus is very thin, and the water resources are very scarce, and the gravity is not the same as on Earth, so no trace of life has been found.

I don't think that's true, because there's no scientific basis at the moment, and there's a lot to explore on Venus, so I don't think it's completely impossible for life to exist.

It is true, because there is no trace of life from Venus yet, indicating that there is no life on Venus at all, and its environment is not suitable for life to live on it.

It's true. Because Venus does not have such conditions. There is no way to continue life here. The climate here is also exceptional.

Venus's atmosphere is mostly composed of carbon dioxide and contains small amounts of nitrogen. The atmospheric pressure of Venus is very large, 92 times that of the Earth, which is equivalent to the pressure in the Earth's oceans at a depth of 1 kilometer.

The presence of large amounts of carbon dioxide has caused the greenhouse effect to be carried out on a large scale on Venus. Without such a greenhouse effect, the temperature would drop by 400 . In the lowlands near the equator, the surface temperature limit of Venus can be as high as 500.

This makes Venus's surface temperature even higher than that of Mercury, even though it is twice as far from the Sun and receives only a quarter of the sun's rays.

The high temperature on the surface of Venus is due to the strong greenhouse effect on Venus, which refers to the thermal insulation effect caused by the lack of heat exchange between the confined space and the outside world due to the transmission of sunlight. The greenhouse effect on Venus is jaw-dropping because its atmosphere is 100 times denser than Earth's, and more than 97% of the atmosphere is carbon dioxide, the "insulating gas".

At the same time, there is a dense layer of concentrated sulfuric acid up to 20.30 kilometers thick in the atmosphere of Venus. Carbon dioxide and dense clouds allow only sunlight to pass through, but do not allow heat to pass through the clouds and into space. The enclosed solar radiation makes the surface of Venus hotter and hotter.

The greenhouse effect has caused the surface temperature of Venus to reach as high as 465 to 485, and there is basically no regional, seasonal, day and night difference.

It also causes the air pressure on Venus to be very high, about 90 times that of Earth. The thick clouds of Venus make the day on Venus hazy, and there is no familiar blue sky and white clouds here, and the sky is orange and yellow. There is a strong wind at the top of the clouds, about 350 kilometers per hour.

The reasons why there is no life repentance on Venus are as follows:

1. The surface temperature of Venus is very high, up to 480 degrees Celsius, and the atmospheric pressure is about 90 times that of the earth, which is equivalent to the pressure in the 900-meter deep sea of the earth, which is not suitable for the survival of organisms.

2. The main component of the atmospheric socks on the surface of Venus is carbon dioxide, which accounts for more than 97% of the presensitivity, which is not suitable for biological respiration.

3. There is also a thick cloud of concentrated sulfuric acid up to 20 to 30 kilometers thick on the surface of Venus, which cannot be survived.

4. Without liquid water on the surface of Venus, life cannot survive.