Our sun just had a medium-sized energy burp.
NASA’s Solar Dynamics Observatory (SDO) catch a mid-range solar flare on Thursday (January 20) with a peak at 1:01 a.m. EST (0601 GMT). You can see the flash on the limb or edge of the Sunthanks to SDO’s strong image.
Because the flame is on the limb of the sun, it may not point directly towards The earth. The flare is classified as medium or class M5.5, powerful enough to potentially cause radio blackouts in the polar regions if the flare hits our planet directly.
SDO and some other tasks tracked space weather, that is, work from the sun. Flares are often accompanied by a coronal mass ejection of charge carriers that can generate Aurora on Earth, but Space Weather Forecast Center from the National Oceanic and Atmospheric Administration has yet to forecast any meaningful solar activity on Earth.
The sun has an 11-year solar cycle and is currently in what astronomers call 25 . solar cycle. (That number refers to cycles that have been closely watched by scientists.)
At the peak of the solar cycle, the sun has several sunspots on its surface, indicating energy concentration. When magnetic field lines entangle together in sunspots, they can “flip” and create bursts of energy such as flares.
The peak of Solar Cycle 25 is a bit difficult to predict, but in 2020, NASA thinks we could see the top of sunspots, sunspots, and solar mass ejections around 2025. But NASA and partner agencies still observe the sun to protect infrastructure (such as power lines) and astronauts during space missions.
“There was no bad weather, just poor preparation,” Jake Bleacher, chief scientist for NASA’s Human Exploration and Operations Mission Directorate, said in a 2020 agency release. What is space weather – it’s our job to prepare.”
https://www.space.com/nasa-catches-solar-flare NASA caught the sun sending a strong light into space