The interstellar medium in our Milky Way galaxy is magnetic, can be compressed, and is turbulent. It affects important ...

Precision measurements collected on the International Space Station provide evidence of lithium’s origins in cosmic rays ...

Astronomers have developed a computer simulation to explore, in unprecedented detail, magnetism and turbulence in the ...

A combination of X-ray from NASA's Chandra observatory and radio data indicates that a galactic "fracture" was likely caused by a special neutron star called a pulsar.

Scientists warn of an approaching solar superstorm from sunspot AR4087, which could potentially spike gas prices and trigger ...

If you ever travel back in time to hang out with Homo sapiens around 41,000 years ago, pack some sunscreen – or better yet, a ...

A groundbreaking study published in Nature Astronomyreveals an unprecedented look at the turbulent magnetic forces shaping ...

Astronomers have developed a groundbreaking computer simulation to explore, in unprecedented detail, magnetism and turbulence ...

Lu Lu looks forward to the next two decades of neutrino astrophysics, exploring the remarkable detector concepts needed to ...

NASA's Chandra Observatory recently captured an X-ray image that helped identify a dramatic break in one of the galaxy's ...

Have you ever had an X-ray taken of your bones ... by radio waves threaded along magnetic fields at the center of the Milky Way galaxy. The particular cosmic "bone" shown here is G359.13142-0. ...

measurements of the relative intensity of cosmic rays over different parts of the earth, designed to show any effect due to the earth's magnetic field; and (3) studies of the variation of cosmic ...