Magnetic Fields Force New Perspective on Milky Way's Black Hole
Using its newest infrared instrument to study celestial dust grains, which align perpendicular to magnetic field lines, SOFIA was able to produce detailed maps of our galactic center, showing the behavior of these otherwise invisible magnetic fields around the black hole.
- Using its newest infrared instrument to study celestial dust grains, which align perpendicular to magnetic field lines, SOFIA was able to produce detailed maps of our galactic center, showing the behavior of these otherwise invisible magnetic fields around the black hole.
- Scientists have often relied on gravity to explain their results because measuring celestial magnetic fields is extremely challenging.
- We know that magnetic fields in the Earth's magnetosphere protect us from high-energy particles coming from the Sun.
- "The data provide the most detailed look yet at the magnetic fields surrounding our galaxy's central black hole," said David Chuss, a coauthor of the paper at Villanova University in Pennsylvania.