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Solar coronal shocks often produce Type II solar radio bursts, also known as slow-drifting bursts, which travel outward from the Sun at speeds of around 1,000 km per second.

Under a Department Sustainability Research Grant scheme, SPPU will promote ‘collaborative cutting edge interdisciplinary ...

In astronomy, we rely heavily on visual information. Images from telescopes, graphs of light curves, plotted orbits, spectra ...

Fast solar winds originating from the sun can have direct impacts on Earth – disrupting systems like GPS, aviation, ...

Caltech's Centennial Professor of Aeronautics and Mechanical Engineering, and Joseph Lazio, a visiting associate in ...

"We've spent years figuring out how to make wind blades lighter, stronger and cheaper — and we're set up at a facility that ...

Pulsars are ultra-dense, rapidly spinning, and highly magnetized remnants of dead stars. They act like cosmic lighthouses, ...

Scientists detect the fastest brown dwarf, 2M2228, using radio waves, revealing new insights into magnetism and space weather ...

Learn how, after one of the world’s most sensitive neutrino detectors discovered mysterious radio pulses in Antarctica, ...

A legendary 1977 space signal that sparked alien theories may finally have an explanation as scientists link it to a rare ...