X-ray pulse detected near event horizon as black hole devours star
Pulse pattern suggests distant black hole must be spinning at least at 50 percent the speed of light.
Pulse pattern suggests distant black hole must be spinning at least at 50 percent the speed of light.
Researchers use CHIME telescope to detect fast radio bursts at low frequencies and a second repeating burst.
Halo of highly energized electrons around the black hole contracts dramatically during feeding frenzy.
Researchers design CubeSats with lasers to provide steady reference light for telescopes investigating distant planets.
Theoretical physicist's focus on the complexity of plasma turbulence could pay dividends in fusion energy.
MIT astronomer and writer investigates ancient starlight and shares her excitement about the cosmos.
MIT’s Mark Vogelsberger and the Illustris project are honored by Germany's postal service with an official stamp.
The observatories are also releasing their first catalog of gravitational-wave events.
Physics professor brought leadership, resources, and an intellectual focus to the MIT astrophysics faculty and research staff during 15 years at the helm.
Existing laser technology could be fashioned into Earth’s “porch light” to attract alien astronomers, study finds.
Physicist explores the behavior of the universe’s most abundant form of matter.
Former Astrophysics Division chair discovered radio noise from Jupiter and the first Einstein Ring, and developed tools to map the universe.
In “Dispatches from Planet 3,” Marcia Bartusiak illuminates overlooked breakthroughs and the people who made them.
Results are among the strongest evidence yet for “spooky action at a distance.”
Bright light from black hole in a feeding frenzy had been obscuring surrounding galaxies.