We use a method based on Minkowski tensors to detect interstellar bubbles and filaments, in collaboration with Prof. Klaus Mecke of the Institute of Theoretical Physics @UniFAU and Dr. Michael Klatt https://t.co/q53yKl0VJA . The detected filaments show interesting structures:
Our PhD-student Caroline Collischon @ccollischon published a paper titled "Tracking down the origin of superbubbles and supergiant shells in the Magellanic Clouds with Minkowski tensor analysis".
Today @ccollischon and @S_Haemmerich officially received the Ohm prize for the best master’s theses written at the department of physics of @UniFAU in 2020 during a small ceremony. Congratulations from the whole #remeisfamily!
For the third time in the same project I have tried solving something with pointers, confused myself and the compiler, and then found a better solution without pointers
Apparently not so smart after all, this std::shared_ptr
@TheTimTraveller There was also a 1.4km Siemens test track in Erlangen, you can find photos in this local newspaper article starting with picture 7:
https://t.co/SpOQ8iBQAu
@vicgrinberg Viele Apotheken bieten inzwischen Schnelltests auch ohne Termin an. Einfach mal nachfragen.
Zur Not bei z.B. https://t.co/H69c8S1LxB kann man sich Selbsttests bestellen
Interstellar bubbles in the Magellanic Clouds detected with Minkowski tensors. These beautiful results and more from the Master thesis of @ccollischon will be published soon in a paper. Stay tuned! @DrRemeis @UniFAU
Technischer Aufwand für 20min Schülervorlesungsvideo: Tablet an Linux mit tauglichem Schreibgerät, Whiteboardsoftware, Aufnahmesoftware, Kamera"stativ"