Veranstaltungskalender der Fakultät Physik
Kommende Veranstaltungen
Correlated electrons in moiré materials - from unconventional superconductivity to the chiral phase transition
Vortrag im Kolloquium von Prof. Dr. Laura Classen
Antrittsvorlesung von Prof. Dr. Matthias J. Grotevent
Vortrag im Kolloquium von Prof. Dr. Matthias J. Grotevent
Challenges of multi-scale X-ray imaging: optics, wavefield, reconstruction, and biomedical applications
Vortrag im Kolloquium von Prof. Dr. Tim Salditt
![3D visualisation of human neuronal tissue reconstructed by multi-scale X-ray phase contrast tomography. Neuronal cell nuclei are shown in yellow for the granule neurons in the dentate gyrus region of the hippocampus. Blood vessels are shown in red. By changing the X-ray optical magnification in the multi-scale recordings, one can zoom into regions-of-interest (red ovals). In these scans the resolution is high enough to resolve sub-structures of the nucleus, associated with different DNA packing regimes. Adapted from [6]](/storages/physik/_processed_/e/4/csm_Kolloquium_Salditt_36a52dbf5b.png)
Kolloquium von Dr. Daniel Rösch
Vortrag im Kolloquium von Dr. Daniel Rösch
Kolloquium von Dr. Esra Bulbul
Vortrag im Kolloquium von Dr. Esra Bulbul
Frühere Veranstaltungen
Mitgliederversammlung DGSP mit Vortrag von Zeki Seskir
Mitgliederversammlung der DGSP gefolgt und Vortrag von Zeki Seskir "Technology Assessment for Quantum Technologies: Is it too early to prepare for soc
Promotionsvortrag von Jonah Elias Nitschke
Revealing the Hidden Potential of Transition Metal Thiophosphates [...]
Computational Physics as a Bridge Between Biology and Patient Care
Festliches Kolloquium zur Eröffnung des RTG 3043
Promotionsvortrag von Carsten Mai
Tailored synchrotron light pulses in the THz domain
Promotionsvortrag von David Janas
From Oxygen to Extended Organic Molecules:
The Role of Electron Correlation in Molecule-Surface Interactions on 3d-Ferromagnetic Metals
From analog to computational quantum simulation with neutral atoms
Vortrag im Kolloquium von Prof. Dr. Monika Aidelsburger
