Two particle jets shoot out from the heart of active galaxy NGC 1052 at the speed of light, apparently originating in the vicinity of a massive black hole. A team of researchers headed by Anne-Kathrin Baczko from the Max Planck Institute for Radio Astronomy Bonn have now measured the magnetic fields in this area.
They observed the bright, very compact structure of just two light days in size using
Radio Astronomy in Bonn have now obtained the first infrared image of one of these compact
The gas collects in compact lumps but also appears as extended molecular clouds.
The gas collects in compact lumps but also appears as extended molecular clouds.
Ring-shaped disturbances in disks of gas and dust orbiting young stars can trigger the formation of several gas giants. Researchers have come to this conclusion based on a new model that combines all the physical processes involved in planet formation for the first time. According to this model, giant planets can form more efficiently and faster than previously assumed. These results are consistent with recent observations.
very efficient, as suddenly a lot of “building material” is available within a compact
Ring-shaped disturbances in disks of gas and dust orbiting young stars can trigger the formation of several gas giants. Researchers have come to this conclusion based on a new model that combines all the physical processes involved in planet formation for the first time. According to this model, giant planets can form more efficiently and faster than previously assumed. These results are consistent with recent observations.
very efficient, as suddenly a lot of “building material” is available within a compact
Ring-shaped disturbances in disks of gas and dust orbiting young stars can trigger the formation of several gas giants. Researchers have come to this conclusion based on a new model that combines all the physical processes involved in planet formation for the first time. According to this model, giant planets can form more efficiently and faster than previously assumed. These results are consistent with recent observations.
very efficient, as suddenly a lot of “building material” is available within a compact
A team of researchers – including the Max Planck Institute for Extraterrestrial Physics in Garching – have gained astounding insights into the galactic centre: The astronomers have spotted gaseous clouds which are spinning around the assumed black hole at the heart of the Milky Way at a speed of around 30 percent of the speed of light metres.
Calçada This unusually compact object sits right in the middle of the Milky Way
For the series “Lives in Chemistry”, Mathias Grote, science historian and Heisenberg Fellow at Humboldt University, spoke with Dieter Oesterhelt about his research. With the consent of the publisher, we are publishing an excerpt from the interview in advance. The book will be published in the spring of 2022 in German.
medium, which would be written to and read from with a laser – something like a compact
For the series “Lives in Chemistry”, Mathias Grote, science historian and Heisenberg Fellow at Humboldt University, spoke with Dieter Oesterhelt about his research. With the consent of the publisher, we are publishing an excerpt from the interview in advance. The book will be published in the spring of 2022 in German.
medium, which would be written to and read from with a laser – something like a compact
For the series “Lives in Chemistry”, Mathias Grote, science historian and Heisenberg Fellow at Humboldt University, spoke with Dieter Oesterhelt about his research. With the consent of the publisher, we are publishing an excerpt from the interview in advance. The book will be published in the spring of 2022 in German.
medium, which would be written to and read from with a laser – something like a compact
