Coherent population trapping by dark states formation in carbon nanotubes

Bachelorbörse des Instituts für Physik

Light induced magnetization dynamics

Graded Magnetic Materials

Novel Semiconductor Nanocrystals and Optically Induced Conversion Processes

Higher-Dimensional Topology and Fractional States of Matter in Superconducting Systems

On the Way towards a Fusion Power Plant – Achievements and Challenges

ENTFÄLLT: Molecules on Metal Surfaces: A Kondo Laboratory

Challenging Space-Time-Energy Limits of Magnetism by Harnessing Fluctuations

Antrittsvorlesungen

Antrittsvorlesungen

Hybrid magnonics

Functional Colloidal Mesostructures: From Optics to Thermal Transport

Dissipative Bosonic Transport

From atoms to black holes: with nanotechnology to next-level precision experiments

Antrittsvorlesungen

Molecular Dynamics and Computational Spectroscopy for Systems in Soft Condensed Phases

Theoretical Modeling of Soft Biophysical Interfaces

Interplay of Digitization and Simulation in the Quest for New Functional Materials

Physik und Gesellschaft - oder Natur und Freiheit

Non-thermal phases of strongly correlated electrons

The tragic destiny of Mileva Marić Einstein

Some Materials Science Aspects behind Sustainable Steel Production

Antrittsvorlesungen

Chiral helimagnetic insulators

Advanced magnetic materials for efficient energy, transport and cooling applications

Nanoswitches

Molecules on metal surfaces: A Kondo laboratory

Untersuchung schwerer exotischer Mesonen mit Hilfe von Gitter-QCD

AI-Boosted Exploration of Materials Properties

Disorder-driven quantum interferences in epitaxially grown oxide heterostructures

Static and dynamic depth profiling of magnetic multilayers using advanced x-ray reflectivity and spectroscopy techniques

Driving Chiral Spin Textures: From Currents to Light and Chaos

Correlated topological matter: news and views from quantum simulation

Antrittsvorlesungen

Vakuumfluktuationen und Strukturbildung - Sternphysik ist Kernphysik- Strahlungsprozesse und Teilchenbeschleunigung

Exciton Dynamics in Two-Dimensional Quantum Materials: Unraveling the Fundamentals of Light–Matter Interaction

Solutions for Research Data Management in Solid-State Physics and Materials Science

From transistors to quantum computers: High-fidelity quantum processing with spins in silicon and germanium quantum dots

New materials and interface effects in charge and spin transport in magnetic heterostructures

Physics of active matter

Beyond Linear Hamiltonians: Uncovering topology in nonlinear driven-dissipative dynamics

Klimawandel und Energiewende: Der Stand der Dinge

Biomolecular Condensates: Challenges for Polymer Physics

Vortrag zur Habilitation: Transmission Electron Microscopy

From molecular aggregates to sub-wavelength pixels: Excitons, light-matter-interaction, and their role in organic opto-electronics

Tailoring thin films for new spintronic applications