#event-horizon-telescope

#event-horizon-telescope

The gamma-ray outburst from black hole M87* offers vital insights into the phenomena surrounding supermassive black holes and their energetic flares.

The team captured an image of Sagittarius A* using the Event Horizon Telescope, showing magnetic fields

The image suggests similarities between Sagittarius A* and the black hole in the M87 galaxy, including the presence of strong, organized magnetic fields

The Event Horizon Telescope can now observe the black hole in galaxy M87 with greater definition and color, enhancing our understanding of black hole dynamics.

The first-ever image of a black hole provided strong evidence of their existence and matched theoretical predictions.

Astronomers are collaborating to create the first-ever movie of a black hole by capturing snapshots over time.

Supermassive black hole at Milky Way's center is called SgrA*

Event Horizon Telescope captures polarized image of SgrA* revealing swirling magnetic fields

EHT uses interferometry to create high-resolution images of black holes

Scientists captured an image of Sagittarius A* revealing strong magnetic fields.

The image uses polarized light to show twisting magnetic fields around the black hole.

Polarized light image of supermassive black hole Sagittarius A* was released by the Event Horizon Telescope.

Polarized light reveals insights into the astrophysics and gas properties around black holes.