"This work provides the first detailed measurements of the magnetic fields in the Milky Way's X-ray emitting halo and ...

He adds, "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 ...

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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Image: CfA/Mel Weiss Astronomers have detected a mid-infrared flare from the supermassive black hole at the heart of the Milky Way galaxy ... the black hole’s magnetic field lines interacted ...

Many simulations suggest that flares in Sgr A* are caused by the bunching of magnetic field lines in the supermassive black hole's turbulent accretion disk. When two magnetic field lines approach ...

Known as Sgr A* – pronounced “Sagittarius A star” – the supermassive black hole is four million times the mass of the sun and is known to exhibit flares that can be observed in multiple wavelengths, ...

Sgr A*, at the heart of the Milky Way and clocking in at 4.3 million solar masses, is the closest supermassive black hole we ...

The new study, published in The Astrophysical Journal Letters, reveals the presence of a helical magnetic field within ... to the young stars in our own Milky Way, these jets play a crucial ...

as they zip along magnetic field lines — a process called synchrotron emission. —Scientists discover 2 stars dancing around the Milky Way's black hole — and they could point to a type of pla ...

By studying the fastest jet ever seen erupting from an infant star, astronomers have discovered that the mechanism that ...