Archiv 2024

Introduction to Programming with Python for Computational Science (IMPRS UFAST focus course)

IMPRS UFAST focus course

Numerical Methods and Practical Skills for Computational Physics Part I (IMPRS UFAST focus course)

IMPRS UFAST focus course

Extreme polaritonic confinement in indirectly patterned hexagonal Boron Nitride

Max Planck Quantum Matter Seminar

2D Terahertz spectroscopy of collective excitations

Microstructured Quantum Matter Seminar

Sudden adiabaticity signals reentrant bulk superconductivity in UTe2

Microstructured Quantum Matter Seminar

Numerical Methods and Practical Skills for Computational Physics Part II (IMPRS UFAST focus course)

IMPRS UFAST focus course

The temperature dependence of the electronic structure of a tetragonal FeSe1-xSx

Max Planck Quantum Matter Seminar

Floquet theory for driven many-body systems (IMPRS UFAST focus course)

IMPRS UFAST focus course

Machine Learning for Graphene Detection & Perovskite Device to Probe Transport and Optical Properties

Microstructured Quantum Matter Seminar

PdCrO2 under uniaxial pressure: Incommensurate-to-incommensurate transition

Microstructured Quantum Matter Seminar

Quantum oscillations of the quasiparticle lifetime in a metal

Microstructured Quantum Matter Seminar

International Spring School on the Structure and Dynamics of Matter

Strong-field physics driven by quantum light

MPSD Seminar

Materials for the future

MPSD Seminar

Localized excitations in 2D materials

MPSD Seminar

Seeing atoms and electrons in space and time

MPSD Seminar

Versatile THz Electric Field Sampling for Controlling and Employing Structural Dynamics

MPSD Seminar

Topological Magnetism, Superconductivity, and Charge Order on the Correlated Kagome Lattice

Microstructured Quantum Matter Seminar

Eliashberg-type superconductivity enhancement effects in BCS superconductors driven by narrow-band THz pulses

MPSD Seminar

Ultrafast Techniques (IMPRS UFAST core course)

IMPRS UFAST core course

Quantum phases in flat-band van-der-Waals systems: making, controlling and measuring by quantum transport

MPSD Seminar

Cavity control of phase transition in complex quantum materials

MPSD Seminar

On-chip Non-local Ultrafast Carrier Dynamics of Graphene Investigated Using Terahertz Electronics

MPSD Seminar

Plasmonic Effects in Correlated Layered Heterostructures: From Plasmon-Polarons to Plasmonic Superconductivity

MPSD Seminar

X-ray probes of coherence and what they can tell us about coupling and phase transitions

MPSD Seminar

Spectroscopic evidence for a first-order transition to the orbital Fulde-Ferrell-Larkin-Ovchinnikov state

MPSD Seminar

Real Space Curvature Effect On Wave Propagation

MPSD Seminar

Imaging light-induced heterogeneity in ultrafast phase transitions

MPSD Seminar

Magnetophononics: Breaking Time Reversal Symmetry with Non-Maxwellian Magnetic-esque Fields

MPSD Seminar

"Postponed"# Light-matter interactions from first-principles (IMPRS UFAST focus course)

IMPRS UFAST focus course

Machine Learning Techniques in Atomistic Simulations (IMPRS UFAST focus course)

IMPRS UFAST focus course

Terahertz surprises in condensed matter: nutating magnets and nonlinear phononics

MPSD Seminar

Frontiers of topological quantum matter: linked Weyl rings and ideal Weyl ferromagnets

MPSD Seminar

Optical coherent control of quantum materials

MPSD Seminar

Magnetism in a Transition Metal Dichalcogenide Moiré System

Max Planck Quantum Matter Seminar
Moiré heterostructures of van der Waals (vdW) materials offer a versatile and tunable two-dimensional platform for investigating strongly correlated physics, with electron density and electric field tunability as key advantages. Leveraging the remarkable optical properties of transition metal dichalcogenides, recent studies have focused on exploring magnetic correlations in these systems. In particular, heterostructures made from MoSe₂ and WS₂ have emerged as promising systems for investigating quantum magnetism, including phenomena like Nagaoka ferromagnetism [L. Ciorciaro et al., Nature 623, 509–513 (2023)]. Recent experiments [B. Polovnikov et al., arXiv:2404.05494] also hint at the presence of Ruderman-Kittel-Kasuya-Yosida (RKKY) interactions in such systems. In this talk, I will discuss our current project to design a MoSe₂/WS₂ vdW heterostructure with enhanced tunnel coupling between the layers, aiming toward the realization of a Kondo lattice. In particular, I will present our ongoing experimental efforts to detect RKKY magnetism by using magnetic circular dichroism to probe the system’s magnetization at low temperatures. [mehr]

Light-matter interactions from first-principles (IMPRS UFAST focus course)

IMPRS UFAST focus course

Polaritonic Quantum Chemistry: Exact Ansatz for Quantum Devices and a Quantum Algorithm

MPSD Seminar

How to Remain a Scientist: Good Scientific Practice (IMPRS UFAST skills course)

IMPRS UFAST skills course

Solid State Physics (IMPRS UFAST core course)

IMPRS UFAST core course

Transient states in polar semiconductors

MPSD Seminar

Quantum Nuclear Dynamics: Multiphonon scattering and Non-Gaussian Fluctuations

MPSD Seminar

Transport phenomena from quantum geometry: When the wavefunctions matter in quantum matter!

MPSD Seminar
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