Researchers used an AI model to create a new image of the black hole at the center of the Milky Way, with some concern from experts.

Among the most studied black holes are those in the galaxy known as M87 and one at the center of our own. With this finer lens, researchers hope to uncover subtle details about their behavior.

This enhancement in imaging precision is crucial for studying black hole dynamics. When the EHT captured its first black hole images in 2019, observations at 230 GHz offered impressive results but ...

The image of M87* and the similar image published three years later of Sagittarius A*, the supermassive black hole at the center of the Milky Way, were both generated using light with a wavelength ...

The supermassive black hole at the center of galaxy Messier 87 was revamped for the first time by a new machine-learning technique called PRIMO, or principal-component interferometric modeling.

New image of M87 supermassive black hole generated by the PRIMO algorithm using 2017 EHT data Medeiros et al. 2023 That band is a "bright ring of emission" that, according to IAS, is ...

Scientists have released a dramatically improved version of the first black hole that was ever seen. In 2017, the Event Horizon Telescope (EHT) collaboration gathered data on M87*, a black hole at ...

After taking an unprecedented image of the object in 2022, astronomers have now captured a remarkable new view of the black hole, revealing its powerful, twisting magnetic fields.

By learning about a second black hole, the EHT team can see where black holes overlap in quality, but also how they differ. The first image of Sgr A* could be ready as soon as this year, Issaoun said.

This new, sharper image of the M87 supermassive black hole was generated by the PRIMO algorithm using 2017 EHT data. Credit: Medeiros et al. 2023 ...

New images show a collision of two enormous black holes, and it's the most distant black hole merger ever detected. The collision happened just 740 million years after the big bang event that ...

With these enhancements, the array will gather ten times more high-quality data, empowering scientists to capture both sharper and more detailed images. Beyond imaging the black holes at M87 and ...