The biggest problem with creating air on Mars is that you have to work with what you have on Earth. The robot turns meteorites on Mars into breathing gas. Oxygen, for a robot electrician, could be the beginning of such technological possibilities.
The study, published in Nature Synthesis, says, “Using a machine learning algorithm developed from first-hand data and testing, the method automatically and quickly identifies the best support method from more than three million possible songs.”
According to the study, it shows that the robot chemist solves two main problems: the need for non-mechanical synthesis and the ability of the machine to recognize the active components in order to perform the former. AI robots are the technology being sought to help solve the oxygen crisis on Mars.
Michael Hecht at the Massachusetts Institute of Technology’s Haystack Observatory in Westford, who worked on the Mars Oxygen In-Situ Resource Utilization Experiment, called MOXIE, said in a study that the robot could produce a small amount of carbon-based oxygen in the Martian atmosphere. dioxide on its way to Earth in 2021. He points out that although current trends are low, there’s no reason to think they won’t increase.