The image shows the large white dish of the 100-meter Effelsberg radio telescope, which is clearly visible in the foreground.
The Effelsberg Radio Observatory is located in a valley with wooded slopes in the Eifel region. The telescope and a number of observatory buildings are also visible in the image. An almost cloudless blue sky stretches across the landscape.
The photo was taken in summer by Norbert Tacken, Max Planck Institute for Radio Astronomy.

Max Planck Institute for Radio Astronomy

Auf dem Hügel 69
D-53121 Bonn - Endenich

Research Departments

Radio astronomical measurements allow the study of a variety of questions in fundamental physics. Those questions range from the equation-of-state of super-dense matter to the investigation of fundamental forces such as gravity and magnetism.
Galaxies grow and evolve through successive episodes of star formation; central to this picture are therefore the flows of gas that feed the interstellar medium, the processes that regulate the formation of stars, and the energetic feedback that returns material and energy to the larger scale environment.

News

Research News

The discovery of a rare form of methanol around a young star provides new insights into the formation of organic molecules in interstellar space.

The black hole at the centre of a nearby galaxy is growing exceptionally fast, and is producing a burst of radio emission that has never been observed before. With characteristics that are expected in the early Universe, this unique galaxy provides important insights into the processes that governed the growth of the first black holes.

Announcements

What mysterious phenomenon is capable of creating a millisecond-long blast of radio waves so powerful that we can detect it from billions of light-years away? Clues to the origin of such events, known as fast radio bursts (FRBs), can be found in a ...

First 690 GHz VLBI Detection

October 07, 2026

Very long baseline interferometry (VLBI) combines radio telescopes separated by large distances to achieve a high resolving power. The Event Horizon Telescope used this technique at 230 GHz to image the black holes in M87 and the center of our ...

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