Astronomers have developed an ingenious way to measure the magnetic field of the Milky Way using polarized light from interstellar dust grains that align themselves to the magnetic field lines.

How the universe got its large magnetic fields has remained one of the stickiest outstanding problems in astrophysics. Now, ...

Seen in polarised light for the first time, the image above is of Sagittarius A*, the supermassive black hole at the center of the Milky Way—or, rather, the magnetic field around its shadow.

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"This work provides the first detailed measurements of the magnetic fields in the Milky Way's X-ray emitting halo and uncovers new connections between star-forming activities and galactic outflows," ...

The Event Horizon Telescope's famous image of Sagittarius A* may depict an artifact, raising questions about the black hole's ...

Dubbed Sagittarius A* (Sgr A*), this colossal black hole resides at the heart of the Milky Way ... twisted and systematically organised magnetic field enveloping the black hole.

Even our Milky Way galaxy is magnetized, and experts say it probably reverses its polarity as well. Moreover, while a severe weakening or disappearance of the magnetic field would lay us open to ...

A probabilistic new map of the universe surrounding the Milky Way reveals that our galaxy is likely part of an even larger "basin of attraction" than we previously assumed. When you purchase ...

which in turn lies within other magnetic fields stretching across the Milky Way—and perhaps even beyond. This scalar trail is long and tenuous, but it may trace all the way back through time and space ...

The Milky Way galaxy, in which we live, contains more than 100 billion sun-like stars. There are countless such large galaxies in the universe, most of which are thought to have supermassive black ...

Our little piece of the Universe is contained within a vast shell of dark matter. Though the space between the few isolated stars scattered throughout this largely invisible sphere seems empty ...