200000 km wide sunspot presents solar flare threat, shows NASA's SDO

Just recently, it was revealed that Earth could be in the firing line of a solar storm as sigmoid eruption was observed on the surface of the Sun. This eruption hurled out a Coronal Mass Ejection (CME) towards Earth, which has the potential to deliver a weak blow to the Earth's magnetic field. However, this isn't the only threat. In a new development, the NASA Solar Dynamics Observatory (SDO) has tracked a dangerous sunspot and it could hurl an M-class solar flare towards Earth. This is the latest solar phenomenon to occur as we move towards the peak of the solar cycle 25. Know all about the M-class solar flare threat.

Yesterday, December 5, a minor solar storm struck the Earth sparking auroras in the arctic circles. It was a minor affair, but the solar activities have been relentless with the Sun nearing the peak of its solar cycle. In the last 24 hours, three separate M-class solar flares have erupted on the Sun, releasing extreme ultraviolet radiation. The radiation has resulted in triggering short-wave radio blackouts on Earth, as per data from the National Oceanic and Atmospheric Administration. It is unclear at this point whether any of these eruptions have released coronal mass ejections directed at our planet, which could further cause solar storms in the coming days.

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NASA's OSIRIS-APEX spacecraft, formerly known as OSIRIS-REx, is actively preparing for a groundbreaking solar approach, bringing it closer to the Sun than ever before as it targets the asteroid Apophis. The spacecraft's closest approach, referred to as perihelion, is set for January 2, 2024, positioning OSIRIS-APEX approximately 46.5 million miles away from the Sun. This distance is roughly half the span between Earth and the Sun and well within the orbit of Venus. NASA has highlighted that this close encounter will subject the spacecraft's components to higher temperatures than originally designed.

The solar activity on Earth has intensified. Yesterday, December 1, it was reported that a second coronal mass ejection (CME) was headed for the Earth which could turn the ongoing solar storm even more intense, and exactly that happened. A few hours earlier, the second CME made an impact and sparked an incredibly powerful G3-class solar storm. The storm resulted in some of the brightest aurora displays seen across the world. While it has begun subsiding slowly, a NASA model has shown that more CMEs are headed toward the Earth and might make contact with our magnetosphere before the end of the day.

On Sunday, a coronal mass ejection (CME) struck the Earth sparking a 15-hour-long solar storm that peaked at G2-class intensity. The impact was so strong that auroras were visible across most of Europe despite it being a moonlit night. As the planet is still recovering from it, NASA models have detected yet another CME that is partially targeting the southern hemisphere of the planet. It can reach the Earth by November 30, and early reports suggest that while the storm is expected to be a minor one, it will still spark auroras at high latitudes.

A huge spike in the cases of solar activity has raised concerns among researchers. Sunspots have always been a central point of research for space scientists as they can have a significant effect on our planet. That is why space agencies like ESA and NASA keep an eye on the Sun and solar activity with the help of their advanced instruments.

Yesterday, a massive sunspot spanning 200,000 kilometers containing as many as 12 dark cores was reported on the Sun. As per information from the NASA Solar Dynamic Observatory (SDO), there was a high chance that it could explode at any moment, and that is exactly what happened just an hour ago. An M-class solar flare was seen erupting on the sunspot, whose extreme ultraviolet radiation sparked a short-wave radio blackout on the Earth. While NASA has not been able to confirm the presence of any Earth-bound coronal mass ejection (CME), this information should be revealed in a few hours' time.

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The barrage of solar activity continues as we near the peak of solar cycle 25. For the unaware, a solar cycle is an 11-year period where the Sun's activity dips and rises. The lowest point of activity in the cycle is known as the solar minimum, while the period of highest activity is known as the solar maximum. As we approach the solar maximum, Earth is predicted to face more CMEs, sunspots, solar flares, and solar storms.

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