Their focus was harnessing oxygen from the carbon dioxide (CO2) molecules that constitutes most of Mars’ atmosphere. To help this, the study says, the researchers created a plasma-based method. “The ...
MOXIE’s methods are efficient and reliable in converting Mars’ atmosphere into pure oxygen. With In-Situ Resource Utilization (ISRU), like another experiment that used a plasma-based method to create ...
We have traveled to Mars, made working artificial hearts, explored the deepest depths of the Mariana Trench, and sequenced the human genome, and yet, we haven’t been able to make artificial blood. Why ...
The BepiColombo probe, on its recent visit to Venus, has unveiled a fascinating discovery about the escape of gases from the ...
Fire, water, sleep, matter... everything works differently in zero-gravity. So, experiments on ISS tend to throw up surprises ...
The BepiColombo space probe measures carbon ions escaping from the atmosphere of Venus and thus helps to decipher the special ...
Have you ever wondered how the Sun can burn so brightly in the vast emptiness of space, where there’s no oxygen to fuel its ...
This manner of operation means that an ion thruster and a small mass of fuel can theoretically create a much larger delta-V than chemical rockets, perfect for long-range space missions to Mars and ...
Once you get a few hundred kilometers away from our beloved rocky planet things get uncomfortable due to the lack of oxygen ... missions to the Moon and Mars. So let’s learn more about the ...
Potential Solvents Identified for Building on Moon and Mars Jan. 11, 2024 — Researchers ... discovered that high energy electrons in Earth's plasma sheet are contributing to weathering processes ...
The two primary gases in the Earth’s atmosphere are nitrogen and oxygen, and these elements give off different ... offer the best chance of seeing the aurora. Aurorae on Mars have also been seen, but ...