interstellar dust

angular resolution, black hole, black holes, Event Horizon Telescope, interstellar dust, M87 galaxy, Milky Way galaxy, radio waves, Sagittarius A*, very-long baseline interferometry, Virgo constellation,

First Light From the M87 Black Hole: What Are We Looking At?

Joseph Samuel 15/04/2019

How does a picture of a luminous ring around...

angular resolution, black hole, black holes, Event Horizon Telescope, interstellar dust, M87 galaxy, Milky Way galaxy, radio waves, Sagittarius A*, very-long baseline interferometry, Virgo constellation,

International Team of Astronomers Obtains First Direct Image of a Black Hole

Niruj Mohan Ramanujam 11/04/2019

An FAQ with details of all you need to...

In the constellation Cassiopeia, 7,100 lightyears away, a start 45-times as heavy as our Sun is blowing out superhot winds of gas travelling at 6.4 million km/hr. These winds push against the much cooler blanket of interstellar gas, bunching them up along the surface of a giant bubble over seven lightyears across. Credit: NASA, ESA, and the Hubble Heritage Team (STScI/AURA)

10 Iconic Images to Recall 26 Years of the Hubble Space Telescope

Vasudevan Mukunth 24/04/2016

Because of the popularity of its images, Hubble will...