Aditya-L1's observations reveal unusual dawn-time geomagnetic disturbances during strong solar storms, enhancing our understanding of solar wind effects.

Japanese researchers say they are closing in on the mystery of Earth’s “missing” geomagnetic polarity reversals, identifying where they believe scientists should look for evidence of their unusual ...

A powerful solar eruption is expected to hit Earth soon, according to a forecast from the National Oceanic and Atmospheric Administration's Space Weather Prediction Center. A coronal mass ejection -- ...

Earth is nearing the peak of its current solar cycle, and scientists have identified a potential health risk that extends far beyond auroras and satellite disruptions. A newly published peer-reviewed ...

Several studies have predicted that not all geomagnetic reversals have been discovered, but it was unknown in which periods they might be hidden. Researchers led by the National Institute of Polar ...

Geomagnetic storms, instigated by disturbances in the solar wind and coronal mass ejections, impart significant energy into Earth’s upper atmosphere. This dynamic input alters the thermospheric ...

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The Indian Space Research Organisation (ISRO) on Thursday said the measurements of Aditya-L1 satellite, launched as part of India''s maiden Solar mission, helps explain unusual dawn-time geomagnetic ...