What they have found is basically a gigantic plasma bubble floating in space with a diameter between 14 and 48 light-years (depending on its exact distance from Earth) and located about 2,200 or 7,700 ...

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Equatorial plasma bubbles, which occur naturally in the Earth's ionosphere, have long been a major concern for the aviation sector due to their potential to disrupt satellite-based navigation systems.

On August 27, the Institute of Geology and Geophysics—a part of the Chinese Academy of Sciences—announced that LARID detected these plasma bubbles during a solar storm back in early November ...

China’s LARID detected equatorial plasma bubbles (EPBs) above the Midway Islands and Egypt’s Pyramids, aiding research in space weather phenomena.

Instead, these well-known space weather anomalies are called equatorial plasma bubbles (EPBs), and they occur in the region of the Earth’s atmosphere known as the ionosphere. Here, the Sun’s UV light ...

These bubbles could spell trouble. A high-tech radar has detected invisible space bubbles over the Great Pyramids of Giza, providing clues to scientists who hope to prevent future satellite interru… ...

The finding of a massive bubble of plasma over Egypt is not itself major news. Tens of these EPBs form every year over that specific region. What’s interesting is from where the bubble was observed.

China's Powerful LARID Radar Detects Plasma Bubble Over Egyptian Pyramids The LARID radar can detect plasma bubbles, an unusual weather phenomenon that disrupts satellite communications and GPS by ...

Plasma bubbles caused by a solar storm were clearly visible on China’s radar from November 4-6 last year, with the farthest echoes detected from North Africa and the central Pacific.