Scientists believe the Sun’s magnetic field could reverse within our lifetime, a natural cycle that occurs roughly every 11 ...

“When the magnetic energy content of the sun is a lot larger ... “You’re basically getting a glimpse at the machine,” he says. “And so you have to draw inference from the storms to ...

the same phenomenon that powers the sun, than it takes to achieve and sustain those reactions. By some point in 2025, the scientists at Commonwealth Fusion Systems expect, their machine will blow ...

There are balls of dead matter no bigger than a city yet shining a hundred times brighter than the Sun that send out flares ... They have the strongest magnetic fields ever observed, so strong ...

Space scientists have not been able to exactly determine where the Sun's magnetic field originates. Most recently, researchers found these rotations could be much closer to the surface than previous ...

The “artificial sun” reactor ... with how today’s tokamaks build their magnetic fields. The extremely huge electromagnets used in these machines are key to tokamaks’ designs (ITER received ...

the energetic reaction that powers stars like our Sun. Tokamaks constrain the plasma by generating very strong magnetic fields, hence the importance of ITER’s Central Solenoid. ITER is dedicated ...

But what causes the solar wind to get so worked up every 11 years? Well, like Earth, the sun has a magnetic field, but it's extremely unstable. Because the sun is not a solid object, different ...

The northern lights are one of the most mesmerizing natural wonders you can witness firsthand. The northern lights, also known as the aurora borealis, are one of nature's most spectacular displays.

Every 11 years, as part of the solar cycle, the Sun’s magnetic field flips, coinciding with a maximum in activity such as solar flares. Image via NASA Goddard Flight Center Sometime in the next ...