Magnetic filament eruption on the Sun may spark solar storm tomorrow, says NASA

This week's solar storm prediction models claimed that today, November 4, is likely to be the worst affected by solar activities. The prediction will likely come true as three separate coronal mass ejections (CMEs) are headed for the Earth. The first two of them are slightly off-target but the forecast says it can deliver glancing blows to the planet. But things can quickly change if they combine to form a cannibal CME. The third one is the riskiest, which is directly headed for the Earth. Overall, there is a chance that we may see a G2-class storm later today.

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No solar storm strikes were seen on Halloween, thankfully. Most astronomy enthusiasts must remember the 2003 solar storm that struck on Halloween and resulted in NASA Solar and Heliospheric Observatory dropping altitude temporarily, and Sweden losing power for an hour. But trouble for the Earth is not over yet. A new coronal mass ejection (CME) was released as a result of a magnetic filament eruption on the region of the Sun known as the ‘canyon of fire'. NASA spotted it first, but its initial models predicted that it may miss the planet. But now, the National Oceanic and Atmospheric Administration (NOAA) forecast has said that it will sideswipe us, triggering a solar storm.

To study the Sun, the Solar and Heliospheric Observatory or SOHO was launched in 1995 by NASA in collaboration with the ESA, and it began operations in May 1996. It was initially launched as a 2-year mission but has now completed 25 years of service. According to NASA, SOHO aims to study the Sun “inside out”, meaning it has been conducting analyses from its deep core to the outer corona and the solar winds. It captures images of the sun's corona, measures the velocity and magnetic fields of the sun's surface, and observes the faint corona around the Sun.

Supernova's have been some of the most spectacular space events ever to happen in the Universe. They are massive in nature and even more amazing in terms of their gigantic nature. Now, in a groundbreaking discovery, NASA's Imaging X-ray Polarimetry Explorer (IXPE) telescope has unveiled the mysteries shrouding the historic supernova remnant, SN 1006. The telescope's first-of-its-kind polarized X-ray images have illuminated the enigmatic connection between magnetic fields and the flow of high-energy particles from exploding stars.

Just a couple of days ago, a sneaky solar storm struck the Earth, sparking auroras in the Arctic Circle. The reason for the storm was not known since no coronal mass ejection (CME) was expected to hit the planet. It turned out that a crack opened up in the magnetosphere, allowing solar radiation to easily pass through. Now, another similar incident is on the cards, only at a much higher intensity. A massive hole has opened up on the Sun this time which is releasing a stream of solar winds. It is expected to reach the Earth on October 30, when it can trigger a solar storm, as per the forecast. The NASA Solar Dynamic Observatory images show the hole through which solar winds are escaping.

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Publisher Marvelous Europe and developer Nao Games will release side-scrolling roguelike action game Ninja or Die: Shadow of the Sun for Switch via Nintendo eShop on November 1 for $14.99 / £13.49 / €14.99, the companies announced. Pre-orders are available now with a 10 percent discount.

NASA tracks asteroids using a combination of ground-based and space-based telescopes. The NASA-funded Asteroid Terrestrial-impact Last Alert System (ATLAS), scans the night sky for moving objects and reports any potential asteroid detections, while some space-based observatories use infrared sensors to detect asteroids and their characteristics. Some of these include the Wide-field Infrared Survey Explorer (WISE) and the NEOWISE mission. Using these advanced instruments, the space agency has revealed information about a 1200-foot Potentially Hazardous Asteroid that is set to pass Earth today. Know all about it.

The solar storm event on October 20 has become somewhat of a mystery to astronomers and space weather physicists. The storm was triggered by a couple of coronal mass ejections (CME) that sideswiped the Earth and did not make head-on contact with the planet. They left the Sun one after the other in small eruptions, that should not have been carrying a high amount of solar matter or electromagnetic charge, but somehow its impact was far greater than some of the strongest CMEs we have seen in recent times. This is quite confusing as most forecasters had predicted a G1-class intensity for the storm, and while the storm itself was clocked at G1, the aurora display surpassed the intensity seen in that category. And now, a NASA image has been shared by a National Oceanic and Atmospheric Administration (NOAA) institute that shows the widespread impact of the solar storm.

Yesterday, it was reported that a co-rotating interaction region (CIR) was forming near the magnetosphere of the Earth due to the intermixing of slow and fast-moving solar winds. The situation is set to worsen today, October 13, as fresh solar winds escaping from a worm-like coronal hole will soon strike the Earth and trigger a powerful solar storm event. This event is expected to take place just before the annular solar eclipse occurs in the early hours of October 14.