Could Venus ever colonize?
Venus is covered with atmosphere of carbon dioxide with clouds of sulfuric acid. There is a pressure of about 92 atmosphere on the surface, similar to under a kilometer of water on the ground. Its surface is an oven temperature, 863 ° F (462 ° C). The equator is even warmer, at 932 ° F (500 ° C), sufficient to melt lead. When the Soviets sent specially crushed probe to the surface of Venus, they lasted only 20 to 40 minutes to succumb to extreme pressure and heat.
Despite these rough conditions, Venus is attractive to colonization. With a similar weight to the Earth, unlike small, low G Mars, it would offer a similar surface area and known levels of gravity. It is also closer to the ground than Mars and its closeness of the sun would provide greater solar energy per square foot of the solar panels. Unfortunately,
would be very difficult to colonize the surface of Venus. Either you would have to create cyber people who can work in such a harsh conditions, or somehow set a large part of the atmosphere to reduce its density.This would require planetary engineering Venus, a truly starving and logistically demanding process. The process of transforming the enemy planet into a similar country's environment is called terraforming.
More realistic in the coming century or two is the colonization of the upper atmosphere of Venus. At an altitude of about 50 kilometers, air pressure is similar to pressure on the Earth's surface. Because breathable air serves as a floating gas in the atmosphere of Venus, floating dome filled with air would be similar to balloons, which would allow floating platforms. The wind is intense enough to throw the floating platform around Venus every 100 hours, leading to a 100 -hour day, highly more convenient than the natural rotation of Venus, which makes one full revolution only every 243 days!
get a prodigy air for people could be done by processing the atmosphere of Venus. Carbon dioxide that makes up 96,5%could be processed to provide oxygen. Nitrogen, which accounts for 78% of our own atmosphere, accounts for 3.5% venus atmosphere, can also be extract and cleaned in large quantities.