M87, a prominent galaxy in the Virgo cluster, gained fame after the Event Horizon Telescope (EHT) revealed the first image of ...

The first-ever photographed black hole emits an extraordinary gamma-ray flare, billions of times more energetic than visible ...

Scientists observed M87’s first gamma-ray flare in a decade, revealing insights into its supermassive black hole and ...

The jet emerging from M87’s supermassive black hole is tens of millions of times larger than its event horizon. In 2019, the ...

The 25 ground-based and orbiting telescopes that comprise the EHT saw the outburst as high-energy light called gamma rays. Not only was this the first time M87* had flared since 2010, but the ...

"We were lucky to detect a gamma-ray flare from M87 during this Event Horizon Telescope's multi-wavelength campaign. This marks the first gamma-ray flaring event observed in this source in over a ...

Credit: STScI/NOVA/Canadian Space Agency Infrared astronomy has ... astronomy to detect the highest energy gamma rays. For these measurements, the telescopes don't detect the gamma rays directly.

Location: American-European space telescope in low Earth orbit Launched: 2008 Cost: $690 million Namesake: Enrico Fermi, Italian-American physicist Specialties: Serves as a gamma-ray ...

And it's not just radio waves, astronomers have built telescopes capable of "seeing" infrared, ultraviolet, X-ray, and gamma ...

when the Event Horizon Telescope captured an image of the supermassive black hole at the galaxy's center. An international research team has now observed a teraelectronvolt gamma-ray flare seven ...

M87 was the first black hole to be imaged, and now it's revealing details of how some elementary particles are accelerated by the universe's most extreme environments.

"We were lucky to detect a gamma-ray flare from M87 during this Event Horizon Telescope's multi-wavelength campaign. This marks the first gamma-ray flaring event observed in this source in over a ...