Solar wind compresses Jupiter's magnetosphere, creating a hot region spanning half the planet's circumference
"The solar wind squished Jupiter's magnetic shield like a giant squash ball. This created a super-hot region that spans half ...
Science Daily4d
Solar wave squeezed Jupiter's magnetic shield to unleash heat
A solar wind event from 2017 that hit Jupiter and compressed its magnetosphere created a hot region spanning half Jupiter's circumference.
Interesting Engineering on MSN4d
Solar bursts squished Jupiter’s magnetic shield, left half of the planet scorching hot-
Scientists now believe that solar bursts hit the largest planet of our solar system two to three times a month.
IFLScience on MSN4d
Solar Waves Squash And Massively Heat Up Jupiter’s Magnetic Field 2-3 Times A Month
“The solar wind squished Jupiter’s magnetic shield like a giant squash ball. This created a super-hot region that spans half ...
La Brújula Verde2d
The Extraordinary Sweden Solar System That Spans the Entire Country
The Sweden Solar System is the largest scale model of the Solar System in existence ... a suburb of Stockholm, while Jupiter is a massive luminous ring 7.3 meters in diameter at the Clarion Hotel in ...
A Blast of Wind From the Sun Squished Jupiter’s Magnetic Shielding
Even gargantuan Jupiter, with its whirling superstorms and volatile temperatures, has a soft side. A team of researchers ...
The Daily Galaxy on MSN2d
Jupiter’s Magnetic Shield Shattered by Solar Storm—Stunning Scientists with a 500°C Heat Surge
A powerful solar storm has delivered a dramatic blow to Jupiter’s magnetosphere, revealing that even the largest planet in ...
EurekAlert!5d
Solar wave squeezed Jupiter’s magnetic shield to unleash heat
"Our solar wind model correctly predicted when Jupiter's atmosphere would be disturbed. This helps us further understand the accuracy of our forecasting systems, which is essential for protecting ...
IFLScience5d
Solar Waves Squash And Massively Heat Up Jupiter’s Magnetic Field 2-3 Times A Month
"Our solar wind model correctly predicted when Jupiter's atmosphere would be disturbed. This helps us further understand the accuracy of our forecasting systems, which is essential for protecting ...