This work has enabled the scientists to develop a model capable of predicting the maximum energy that can be released during a solar flare. Just one phenomenon may underlie all solar eruptions ...

Figure 2a shows the strongly sheared magnetic field (yellow) created by the end of the driving period. Such a field structure is observed to support cool, dense plasma against gravity in large ...

Some 14,300 years ago, a long-dead tree standing in what is now the French Alps recorded a message from the Sun. This ...

However, the flare appears to have erupted sometime late on July 15 or early July 16, based on a prediction model shared on Twitter. As with any solar eruption, the speed of the particles can vary ...

NASA said Thursday that a new computer model that combines artificial intelligence and agency satellite data could help prepare for dangerous space weather. The model, called DAGGER (Deep Learning ...

NASA/SDO Solar eruptions occur when the magnetic field ... an ongoing simulation of the Earth’s upper atmosphere, that model isn’t yet able to assimilate real-time data the way terrestrial ...

The concept of solar geoengineering was born from the realization that the planet has cooled in the months following massive volcanic eruptions ... scenario. The model can also highlight regional ...

An astrophotographer captured a huge solar eruption over the weekend. Chuck Ayoub, who captured the eruption, believes it was roughly the same height as three Earths stacked on top of each other.

For the first time, instruments on Earth, the moon, and Mars measured the effects of a giant solar eruption simultaneously, offering new insight into how radiation exposure varies in different worlds.