Search results You are only searching within this website. To find search results for other University of Bonn websites, such as those of the faculties or institutes, please use a search engine. 1148 items matching your search terms. Filter the results Item type Select All/None EasyForm Medien-Ordner Tiles-Seite Language Independent Folder Fontfamily Event Collection Image Person Business Card Reference VideourlCT Subsite Icon File Template-Folder Language Root Folder Folder Person Business Card Person Register News Link New items since Yesterday Last week Last month Ever Sort by relevance date (newest first) alphabetically Theoretical Nuclear and Particle Physics Located in old things / People This image shows an area of Euclid’s Deep Field South: The area is zoomed in 70 times compared to the large mosaic. Various huge galaxy clusters are visible in this image, as well as intra-cluster light, and ... Located in News / Euclid opens data treasure trove, offers glimpse of deep fields This image shows examples of galaxies in different shapes, all captured by Euclid during its first observations of the Deep Field areas. As part of the data release, a detailed catalogue of more than 380,000 galaxies ... Located in News / Euclid opens data treasure trove, offers glimpse of deep fields This is how it looks in practice: The different rotational directions of the various “dumbbells” indicate that the atoms lie in different planes. Located in News / New method measures the 3D position of individual atoms This X-ray image shows the full extent of the Virgo Cluster, - which is the closest galaxy cluster (collection of galaxies) to us. The bright white spot at the center is the central galaxy M87 (known for the picture of the supermassive blackhole as observed by the Event Horizon Telescope). The hazy white glow around M87 is the very hot gas between galaxies. It extends out more in some directions than others, and isn’t circular; this is evidence that the Virgo Cluster is still in the process of forming. The colourful stripe in the bottom left comes from foreground emission inside our own galaxy and is known as one of the eROSITA bubbles. Located in News / eROSITA: The X-ray sky opens to the world Thomas Becker Located in Assets / Staff Thomas Fröbus Located in Assets / Staff Thomas Perlitius Located in Assets / Staff Thorsten Langerfeld Located in Assets / Staff Time Dilation: Mt. Washington-Experiment Located in Medien / YouTube Videos < Previous 10 items 1 ... 105 106 107 108 109 110 111 ... 115 Next 10 items > UniID Please fill out this field using the example format provided in the placeholder. The phone number will be handled in accordance with GDPR.