Is it possible to use a negative electrostatic scoop to collect a percent of the suns solar wind and use these gases to terraform Venus given the stellar wind is 95 percent hydrogen?

Answer 1

Suns solar wind puts out 4-6 billion tonnes of material per hour, using a similar method as the "Bussand Collector" it may be possible to collect a percentage of these materials. The stellar wind is made up of 95% Hydrogen / 5% is made up of Carbon, Nitrogen, Oxygen, Neon, Magnesium, Silicon and iron which could be deposited onto venues.

Mean while using a "Propulsive fluid accumulator" to remove carbon dioxide from Venuses atmosphere, which will be combined with hydrogen, resulting in Carbon which could be used in manufacturing or effectively dumped into space and water which can sent down into Venus atmosphere.

Combine magnesium with carbon dioxide = magnesium carbonates

Even when only using 0.1% of the suns total output it still results in 3.8 million tonnes of hydrogen per year and 200,000 tonnes of other materials being deposited onto Venus. In other words about 1.9 million tonnes of water produced per year unfortunately even only producing 10% of earths equivalent water at that rate would still take aprox 22.43 million years...

Answer 2

Using a negative electrostatic scoop to collect solar wind from the sun or other stars would not be feasible as the distances involved are vast and the amount of material captured would be minuscule. Additionally, the solar wind is extremely hot and diffuse, making it unsuitable for terraforming purposes. Other methods would be more practical for terraforming Venus, such as atmospheric manipulation or importation of gases from other sources.