GRK 2905 begins!
The GRK 2905 will officially begin on April 1st, 2024.
GRK 2905 – Ultrafast Nanoscopy
From single particle dynamics to cooperative processes
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Inaugural Symposium
RUNInnovation in fundamental science and in quantum-, nano- and bio-technologies depends on a thorough understanding of the inner workings of custom-tailored materials. High-resolution […]
Special lecture series
Isabella Gierz: Light-induced superconductivity see all lectures here.
Ultrafast electronics on chip
Colloquium: Dr. Eryin Wang Ultrafast optical control has emerged as a powerful tool for manipulating the functional properties ofquantum materials . These non‐equilibrium […]
Colloquium: Prof. Christine Ziegler
Title: From structure to function – understanding how proteins tick
GRK Colloquium:
Ultrafast nanoscopy experiments
Markus Huber
GRK Colloquium:
Excitations in condensed matter: from theory to real materials I
This lecture series on excitations in condensed matter will explore electronic excitations, linking theoretical concepts and experimental observations. The first lecture will cover […]
GRK Colloquium: Excitations in condensed matter:
From theory to real materials II
The second lecture on excitations in condensed matter will cover electronic excitations in semiconductors and dielectrics, where the electron-hole interaction in the electronically […]
GRK Colloquium:
Accurate theoretical methods for structural characterization of complex materials
Spectroscopy is crucial for establishing structure-property relationships as it provides detailed information about the molecular composition and electronic structure of materials. This data […]
RUN Colloquium:
Plasmonic Twistronics: Ultrafast Vector Microscopy
Location: H 51 Here we introduce a new technique, time-resolved vector microscopy, that enables us to compose entire movies on a sub-femtosecond time […]
RUN run
For more information click here.
GRK Colloquium:
Non-thermal engineering of solid-state systems via THz driven collective modes
In this talk, I will discuss how light-driven collective modes can reveal and dynamically shape the interplay between different microscopic degrees of freedom. […]