In the talk I will review recent results on the (un-)decidability of problems in quantum many-body physics and quantum information theory. [more]
The optoelectronic response of two-dimensional (2D) crystals, such as graphene and transition metal dichalcogenides (TMDs), is currently subject to intensive investigations.  [more]
The spectrum of molecular hydrogen H2 can be measured in the laboratory to very high precision using advanced laser and molecular beam techniques, as well as frequency-comb based calibration. [more]
Recent progress in establishing an extreme time-domain approach to condensed-matter physics and quantum optics is presented. [more]
Modern atomism evolved on the basis of observations of matter’s macroscopic features. [more]
We review the recent experimental progress on the use of quantum dots coupled to photonic-crystal waveguides [1]. [more]
Understanding the behavior of interacting electrons in solids or liquids is at the heart of modern quantum science and necessary for technological advances. [more]
Quantum mechanics is a foundation of physics, chemistry and materials science.  Still, there is an ongoing debate about the emergence of the classical, macroscopic world from the well-understood microscopic world of quantum mechanics.  [more]
Hundred years after General Relativity:  Was Einstein right? [more]

Highly efficient organic devices (Prof. K. Leo)

Organic semiconductors with conjugated electron system are currently intensively investigated for (opto-) electronics. [more]

It’s All About Water (Prof. P. Hamm)

Ultrafast time-resolved spectroscopy, and in particular its extension to multidimensional techniques, can tell us a lot about solvation dynamics, structural dynamics and energy transfer processes of solution phase molecular systems. [more]
I will present recent work realizing topological phases of photons. [more]

Microscopy 2.0 (Prof. S. Chu)

There has been an explosion of new imaging technologies in biology that include photo-activation localization microscopy (PALM), stochastic optical reconstruction microscopy (STORM), and stimulated emission depletion (STED), structured illumination, and adaptive optics are revolutionizing optical microscopy. [more]
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