Medicine & TechnologyESA/JAXA BepiColombo mission detected oxygen and carbon escaping the region of Venus’ magnetosphere that has never been explored before. Continue reading this article to learn more.
Scientists have reported that they have discovered and recorded the mysterious “singing” plasma waves around Mercury for the first time. Learn more about it in this article.
Unknown tidal force from the moon called 'Plasma Ocean' creates fluctuation on the earth's magnetosphere layer, based on the newest study. Read to learn how this occurence will affect the planet!
The National Oceanic and Atmospheric Administration (NOAA) announces that a geomagnetic storm can strike Earth due to fast-moving solar winds. Tap the article to learn more details.
Scientists have proven that Mercury has geomagnetic storms similar to Earth. Read to know how the nearest planet to the Sun produces geomagnetic storms despite the size of its magnetosphere.
Earth's magnetic field tilted about 41,000 years ago causing the Laschamp event in which the lessened magnetic pull that sent auroras wandering toward unexpected places on Earth,
A recent study suggests that a magnetic field equal to refrigerator magnets could be enough to protect Mars and future human inhabitants from Solar Wind.
A G3 geomagnetic storm watch was put into effect from October 30 to 31 after NOAA recorded a significant solar flare and Coronal Mass Ejection (CME) from the Sun. The event caused a nominal effect and triggered auroras in the lower latitudes.
Geomagnetic storms or also known as solar storms are space weather events that come in the form of solar coronal mass ejections, causing disruptions to Earth's magnetic field. So, how does it cause Northern lights to appear?
G2 Level geomagnetic storm set to arrive on Earth on September 27 producing an array of Aurora Borealis or Northern Lights according to experts at the Space Weather Prediciton Center and NOAA.