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NASA launches on a conceptual manned mission to Venus, which is called the operational concept of high altitude Venus



The upper atmosphere of Venus is as close to Earth as we will get in the Solar System, and NASA hopes that they will be able to send manned HAVOC missions in future to explore the upper regions of the planet.

NASA is busy working on a conceptually manned mission on the planet Venus known as the Venus Operational Concept (HAVOC), but it may not quite be what one thinks first. In the twentieth century, they often characterized him as a lush, tropical paradise, as befits a In 1950, the Hayden Planetarium at the American Natural History Museum went as far as to accept reservations for the lucky people Popular Science .

Nowadays, no one is as spirited with Venus as before, and scientists know that it's such a tough master whose surface temperatures reach a fierce 460 degrees Celsius (860 degrees F) that would melt you faster as if you were on Mercury. However, NASA does not plan to actually land on the planet itself, but is interested in exploring its dense atmosphere instead.

To this end, their HAVOC project will begin with small missions that will hopefully lead to longer missions, although NASA has not yet disclosed any data for Venus. If you're wondering if we have the technology that can send us to Venus to learn more about its atmosphere, you can relax, because the answer to that question is a definite yes. With the right airships, NASA should be able to hover above the upper atmosphere of Venus for a while.

As shocking as it may sound, the upper atmosphere of Venus is as close as possible to finding an area that is similar to the Earth in the solar system, at least as far as there are planets in the Milky Way. In areas of the earth's atmosphere that are between 50 and 60 km long, the temperature and pressure are very similar to those found in the lower atmosphere of the Earth. And since the pressure of Venus at 55 km is about half as high as at sea level on Earth, astronauts would not even have to wear a pressure suit. You would not have to isolate either, since the temperatures would only be between 20 and 30 degrees Celsius.

NASA's HAVOC project is powered by the wind and can contain gas mixtures such as nitrogen and nitrogen, which would make the ship buoyant. While radar on the US Magellan mission has already mapped the surface of Venus, only a small number of areas on the planet's surface were actually visited, and all of these were examined by Soviet probes. It is these 1970s probes that gave us the only images of the Venus surface.

Knowing relatively little about Venus, NASA's future HAVOC plans will one day give scientists much more hope over this enigmatic planet by probing its upper atmosphere with manned missions.


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