Sun. supports life on Earth at the moment, but few people know how much work is behind all the information about the celestial body that comes from NASA, but today we learn a little bit of what is happening. It seems that not too long ago, a NASA instrument used to monitor activity on our sun malfunctioned, and artificial intelligence was used to continue this process.
The sun's extreme ultraviolet energy was monitored with the help of artificial intelligence after the instrument from NASA broke down, and so the technology managed to maintain all the activity without problems. This extra ultraviolet energy comes from the eruptions that the sun constantly makes, they can affect communications on Earth if they are strong enough, so NASA constantly monitors them.
The Sun and the INCREDIBLE Message from NASA for ALL Humanity
The sun can also do us a lot of harm, so NASA has sent a spacecraft called SDO into its orbit, monitoring since 2010 everything that happens around it and reporting to Earth. Artificial intelligence took over when an electrical failure prevented it from monitoring the sun, but NASA was also prepared for a situation like this, which is great for us.
"Neural networks helped scientists monitor the Sun's extreme ultraviolet bursts after an instrument at NASA's Solar Dynamics Observatory suffered an electrical failure, making it difficult for scientists to monitor a portion of the energy extreme ultraviolet (EUV) that is exhibited by our star."
The sun can also affect GPS equipment with the eruptions that take place on its surface and with extreme ultraviolet rays, and those from NASA want to know in advance when this could happen. Also thanks to these monitorings done by NASA for the sun, we know ahead of time if the temperatures on Earth are going to change, or if on certain summer days it would not be so good to spend too much time in the starlight.
The sun is the biggest star in our galaxy, it is our source of life, and NASA takes care that it does not make us even so bad some of the eruptions that take place on the surface.
