Solar magnetism is a fundamental driver of dynamic phenomena on the Sun, manifesting in cyclic variations such as sunspot activity, flares, and coronal mass ejections. Central to this process is the ...

Astrophysicists from the Indian Institute of Astrophysics studied 11 years of solar data at the Kodaikanal Solar Observatory, enhancing understanding of the Sun's magnetic activity. Their work reveals ...

"We show that isolated perturbations near the sun's surface, far from the deeper layers, can grow over time to potentially produce the magnetic structures we see." When you purchase through links on ...

The cover article in the scientific journal Nature published today — co-authored by Bates Associate Professor of Physics Jeffrey Oishi — upends decades-old beliefs about the sun and solar phenomena ...

A previously unobserved mechanism is at work in the Sun's rotating plasma: a magnetic instability, which scientists had thought was physically impossible under these conditions. The effect might even ...

Daily solar observations gathered for years at the century-old Kodaikanal Solar Observatory have led to a breakthrough understanding of how the Sun’s magnetic activity varies across its latitudes — a ...

A team of solar scientists have uncovered the possible originals of the engine that drives much of the sun’s volatile nature—generating the sunspots that move like storm clouds over the surface and ...

When you purchase through links on our site, we may earn an affiliate commission. Here’s how it works. Thesun lies at the heart of our solar system, but it still holds back many secretsfrom science.

Researchers at CU Boulder have discovered hints that humanity’s favorite star may have a dual personality, with intriguing discrepancies in its magnetic fields that could hold clues to the sun’s own ...

Brad Carter is a member of the Bcool project studying stellar magnetic activity. The sun is our nearest star and the source of all our light and heat on Earth but recent reports have highlighted an ...