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The National Oceanic and Atmospheric Administration (NOAA) has issued a warning about a severe geomagnetic storm, classified as level G4. This storm is anticipated to affect power grids, GPS systems, and radio communications. Despite these potential disruptions, it provides an extraordinary opportunity to witness vibrant auroras in high-latitude regions, especially across parts of Canada and the United States.

NASA astronaut Matthew Dominick, who is currently aboard the International Space Station (ISS), has shared an impressive timelapse video of the event. The footage reveals the moon setting against a backdrop of striking red and green auroras, followed by a sunrise that casts a soft blue light on the Soyuz spacecraft. This timelapse was captured using an Arri Zeiss 15mm lens mounted on a Nikon Z9, which was recently delivered to the ISS by the Cygnus cargo spacecraft.

Solar flares are responsible for these geomagnetic storms. These flares occur when an unstable magnetic field on the Sun’s surface releases charged particles into space. The intensity of these events is measured on a scale from G1 to G5, with G5 being the most severe. A G5 flare was recorded earlier this year, leading to significant disruptions in power grids, GPS, and radio communications.

When these charged particles collide with Earth’s atmosphere, they interact with atmospheric gases, creating the northern lights, or auroras. This current geomagnetic storm, classified as G2, is expected to persist until August 14. During this period, the auroras will continue to be visible, providing a remarkable display of natural beauty.

Although the storm poses certain challenges, such as potential impacts on technology and infrastructure, it also offers a chance to experience one of nature’s most awe-inspiring phenomena. The ongoing auroras serve as a stunning reminder of the dynamic interactions between our planet and solar activity.

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Astronomers Propose Rectangular Telescope to Hunt Earth-Like Planets

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Astronomers are exploring a revolutionary space telescope design with a long, narrow primary mirror instead of a traditional circular one. A 20×1 m rectangular mirror concentrates resolution along its length, enabling it to separate Earth-like planets from their stars at ~30 light-years in infrared light. Rotating the telescope 90° captures planets in all orbital or…

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Scientists Discover Hidden Mantle Layer Beneath the Himalayas Challenging Century-Old Theory

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For decades, geologists believed the Himalayas were built on a double layer of continental crust. New research overturns that view, revealing that a dense slab of mantle rock actually wedges between India’s and Asia’s crusts beneath the range. This “mantle sandwich” better explains seismic data and how the mountains remain so stable while rising by about 1 cm …

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Cannibal Solar Storm May Trigger Auroras as Powerful Geomagnetic Storm to Hit Earth Soon

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Between Sept. 1–2, Earth will be struck by a powerful geomagnetic storm caused by a rare “cannibal” solar eruption. The event formed when a fast coronal mass ejection (CME) overtook and consumed an earlier one, creating a stronger, chaotic cloud. As this storm interacts with Earth’s magnetic field, it may produce vivid auroras visible far beyond their usual ra…

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