Uploaded March 2018 | Updated September 2026, 1 day ago
Dieses Zeitraffervideo zeigt die scheinbare Bewegung der Sterne am Abend des 14. März 2018. Zu sehen sind die markanten Sternbilder Orion und Stier. Das resultierende Sternstrichspurenbild ist unten verlinkt.
This timelapse video shows the apparent movement of the stars in the evening of March 14th, 2018. You can see the constallations of Orion and Taurus. The resulting startrails image is linked below.
Canon EOS 700D, 18-55mm Kit @ 18mm, 210x30s, ISO 800, f/3,5
Flickr: flickr.com/photos/astropage_eu/40115655644/in/dateposted-public
Credit: astropage.eu
Dieses Zeitraffervideo zeigt die scheinbare Bewegung der Sterne am Abend des 14. März 2018. Zu sehen sind die markanten Sternbilder Orion und Stier. Das resultierende Sternstrichspurenbild ist unten verlinkt.
This timelapse video shows the apparent movement of the stars in the evening of March 14th, 2018. You can see the constallations of Orion and Taurus. The resulting startrails image is linked below.
Canon EOS 700D, 18-55mm Kit @ 18mm, 210x30s, ISO 800, f/3,5
Flickr: flickr.com/photos/astropage_eu/40115655644/in/dateposted-public
Credit: astropage.eu



![Tour of 3 Quasars
http://www.astropage.eu/index_news.php?id=1811 Chandra untersucht außergewöhnliche Quasare
A group of unusual giant black holes may be consuming excessive amounts of matter, according to a new study using NASAs Chandra X-ray Observatory. This finding may help astronomers understand how the largest black holes were able to grow so rapidly in the early Universe.
Astronomers have known for some time that supermassive black holes - with masses ranging from millions to billions of times the mass of the Sun and residing at the centers of galaxies - can gobble up huge quantities of gas and dust that have fallen into their gravitational pull. As the matter falls towards these black holes, it glows with such brilliance that they can be seen billions of light years away. Astronomers call these extremely ravenous black holes quasars.
This new result suggests that some quasars are even more adept at devouring material than previously thought, about five to ten times the rate of typical quasars. A team of astronomers examined data from Chandra for 51 quasars that are located at a distance between about 5 billion and 11.5 billion light years from Earth. Based on their findings, the researchers think some of these quasars contain black holes that are surrounded by a thick, donut-shaped disk of material. This torus would block much of the light - including X-rays and ultraviolet light that would otherwise be observed by Chandra and other telescopes. The important implication for these thick-disk quasars is that they may be harboring black holes that are growing an extraordinarily rapid rate.
[Runtime: 01:53]
Credit: NASA/CXC/A. Hobart Tour of 3 Quasars](https://i.ytimg.com/vi/Tj_msOhnfFk/mqdefault.jpg)






