Our best looks so far on the solar power straightening reveals the Sun’s Wilder side

It took a little more than astronomers a little to analyze the most severe images of solar flammation. But they finally finished, and the results are illuminated – literally and metaphorically.

Last year, nsf Daniel K. Inouye Solar Telescope Take a high -resolution image of a solar strait intersecting with dark yarns of coronary rings. More analysis revealed that the solar glow was a X-Class resort. Stronger The layer – in the stage of decomposition. The average width of the coronary ring is about 30 miles (48 km), with minimal 13 miles (21 km), making it the smallest wild rings ever. A detailed narration of photography and analysis has been published in Astronomical physical magazine messages On August 25, 2025.

https://www.youtube.com/watch?

Cole Tamburi, the main author of the study and post -doctoral student at Colorado Bulder, said in A. Release.

Solar incentive

For astronomers, all wood, coughing, and the burning explosion of the sun, a warning signal for an incoming solar storm – recorded an explosion of energy with the ability to rid the weather systems and networks on the ground. This, in addition to the clear academic motives, causes researchers to enlarge the surface of our fiery star.

Coronary rings are thin plasma brackets that follow the sun’s magnetic field lines. Plasma strips often precede these solar celebrities, so attention to their movement can help observers head to better understand the dynamics of solar weather.

Silm Solar Prisoner

The result also represents the first monitoring confirmation of how the widespread coronary rings – a scale that has long been in the world of theory. Innouy’s acute details of astronomers allowed each episode to analyze each episode.

Tamburi added: “It is similar to moving from seeing a forest to seeing every one tree suddenly,” Tamburi added. “This opens the door to study not only its size, but its forms, development and even standards in which magnetic connection – the engine behind the torches – is done.”

They also said researchers wondering whether the coronary rings could represent “basic building blocks for lighting engineering.” If so, this knowledge alone can revolutionize how researchers realize data from the sun, and thus its effect on Earth.

“It is a prominent moment in solar energy,” Tamburi said. “We finally see the sun on the standards you are working on.”