Astronomers have made a thorough forensic study of a star that was torn apart when it ventured too close to a giant black hole and then had its insides tossed […]
Astronomers have made a thorough forensic study of a star that was torn apart when it ventured too close to a giant black hole and then had its insides tossed […]
![Thousands of bright points of light on a black background fill the field of view. They appear somewhat more concentrated near the centre of the image. They have a variety of colours, with the most prominent stars appearing blue or yellow-orange. The brighter stars also display four diffraction spikes.] Credit: ESA/Hubble & NASA](https://space-ip-login.newspackstaging.com/wp-content/uploads/2023/05/potw1236a.jpg)
![A photo of the huge elliptical galaxy M87 [left] is compared to its three-dimensional shape as gleaned from meticulous observations made with the Hubble and Keck telescopes [right]. Because the galaxy is too far away for astronomers to employ stereoscopic vision, they instead followed the motion of stars around the center of M87, like bees around a hive. This created a three-dimensional view of how stars are distributed within the galaxy. (Illustration by NASA, ESA, Joseph Olmsted/STScI, Frank Summers/STScI; Science by Chung-Pei Ma/UC Berkeley)](https://space-ip-login.newspackstaging.com/wp-content/uploads/2023/04/STScI-M87in3D-750px.jpg)