Former NASA scientist says it is possible to make Mars and Venus habitable

Published:

5 One 2022 00:26 GMT

The expert explained that a giant magnetic shield between a planet and the sun prevents it from removing its atmosphere and allows the planet to capture more heat and warm its climate.

NASA’s retired chief scientist Jim Green says it can protect both Mars and Venus from the sun, allowing it to explore humans without space wear with a giant magnetic shield. Requests a Interview The New York Times published this Sunday.

It is a terraforming process that is designed to create conditions suitable for humans, at the right temperature and atmosphere and for liquid water.

Green assured that he is currently working on this project. “There are many scenarios on how to make a magnetic shield. I’ve been trying to get an article I’ve worked on for about two years,” he said, adding that the study was “not going to be well received.” “Planetary society is not like the idea of ​​terraforming anything.”

The scientist explained that a gigantic magnetic shield between the planet and the sun prevents it from removing its atmosphere and allows the planet to capture more heat and warm its climate. “Mars is going to start to deform itself,” he noted.

When this shield is placed between the planet and the sun, the carbon dioxide in the polar cap returns to the atmosphere, enhancing the greenhouse effect. This will release the water hidden beneath the surface, allowing one-seventh of the ancient ocean to flow back.

According to a former NASA scientist, if space could be on Mars without wear, people could gain “greater flexibility and mobility”. Similarly, it can “start the process of growing plants in the soil,” he added.

Currently, work is underway to derail Mars, but the same principle could be applied to make Venus habitable, Green noted.

Previously, a Study An international team of scientists has proposed a revolutionary plan to create an artificial magnetic field on Mars compatible with human life. The panel recommends Phobos on Mars ionizes particles from the satellite’s surface and accelerates them to form plasma torus in its orbit, creating a strong enough magnetic field around the red planet.