The Sun's magnetic field does impact the movement of plasma on the Sun's surface, but it does not actually impact the amount ...

The sun is on the verge of a significant event: a magnetic field reversal. This phenomenon happens roughly every 11 years and marks an important stage in the solar cycle. The shift in polarity ...

Solar wind generated by the sun is probably driven by a process involving powerful magnetic fields, according to a new study led by UCL (University College London) researchers based on the latest ...

The Sun is a magnetized star. Its magnetic field is essentially three dimensional and it occupies all layers of the solar atmosphere. However, routine measurements of the solar magnetic field have ...

Data collected during last year's close encounter of the Parker Solar Probe with the Sun reveals the existence of inflows in ...

Scientists may have taken one step closer to solving a centuries-old conundrum about the sun's magnetic field. The sun's powerful magnetic field is responsible for the sunspots that spit out dramatic ...

New research suggests the sun’s magnetic field originates 20,000 miles beneath the surface, much closer than the previously estimated 130,000 miles. This discovery could improve predictions of extreme ...

Sometimes there are storms where the wind gets really strong, it might rain, or there might be thunder and lightning. Did you ...

The Sun’s magnetic fields are the fundamental agents driving a wide array of dynamic phenomena in the corona, from flares to jets and the acceleration of the solar wind. Recent advances in ...

A solar cycle is a roughly 11-year periodic change in the Sun characterized by variations in the number and intensity of sunspots, as well as a flipping of its magnetic poles.