Repeating radio bursts apparently traced to Beta Pictoris b may expose an extraordinary feature hidden around the distant gas giant: a magnetic field at least 200 times stronger than Jupiter’s. The ...

University of Toronto-led physicists have shown that hidden octupolar magnetic order leaves a detectable handedness signature ...

Researchers at Tokyo University of Science and Tohoku University show that the lattice parameter, with sharply defined ...

Fusion doesn’t want to work in an atmosphere. Space is a far more logical, sensible place to do fusion, because that’s where ...

Primordial magnetic fields may partly explain the Hubble tension, according to simulations consistent with cosmic microwave ...

Scientists continue to grapple with the mysteries of our expanding universe, particularly concerning the rate of cosmic expansion known as the Hubble ...

Radio aurora 63 light-years away hints at strong magnetic fields and potential habitable worlds beyond the solar system ...

Tiny magnetic fields created shortly after the Big Bang may help explain the long-running disagreement over how fast the universe is expanding. Detailed simulations show that these primordial fields ...

Astronomers have detected radio waves from Beta Pictoris b, a gas giant 63 light-years away, revealing an exceptionally ...

Astronomers have traced repeating radio bursts to a giant planet approximately 63 light-years from Earth, reporting what could be the first direct detection of radio emissions originating from a ...

Astronomers report radio bursts from Beta Pictoris b. Learn what the signal is, how MeerKAT localized it, what it reveals about the planet’s magnetic field, and what remains unconfirmed.

Cosmic rays let a telescope read thunderstorms from the ground, and Earth's magnetic field explains why it sees far more storms to the east.