n.n.

Ultrafast optoelectronics and strong field effects in semiconductors

Seeing atoms and electrons in space and time

Multiscale Modelling of Light-Harvesting in Photosystem I: The Impact of Natural and Artificial Environments

Ultrafast relaxation processes in photoexcited He nanodroplets

Optically probing correlated states in tunable 2D-heterostructures

Vibronic coupling models through the lens of trajectory surface hopping

Molecular Modeling and Simulation of Soil Components

Erforschung der Schnittstelle zwischen Quantenwelt und klassischer Physik

High repetition rate ultrafast electron diffraction with direct electron detection

Isolating Pure Donor and Acceptor Signals by Polarization-Controlled Transient Absorption Spectroscopy

Control of Attosecond Entanglement and Coherence

Introduction to quantum data science

Laser control of quantum dynamics: From microscopic to macroscopic processes

Machine Learning for Electronic Structure Properties

Bitte aufräumen – unsere (intuitiven) Vorstellungen über das Lehren von Physik auf dem Prüfstand

Studies, PhD, and Then What?

Ultrafast Vibrational Spectroscopy of Fe2-NHC complexes: How to Disentangle MLCT and MC Triplet States

Bridging time and length scales for simulations of heterogeneous macromolecular systems through coarse graining

TheMoon, Europas größte private Forschungsanlage bei Rostock

Aktivierende Methoden für die Physiklehre im Haupt- und Nebenfach

Vibrational funnels, multiple pathways, and coherences during energy transfer of organic chromophores - online

Machine Learning the Ab Initio Accuracy: Application to Battery Materials - online

Engineering nonlinear optics in atomically thin materials: ultrafast light modulators and nonlinear valleytronics

Dark excitons in Fano resonance and upconversion processes

Dr. Nina Meinzer, Senior Editor & Team Leader Nature Physics, hält einen Vortrag zum Thema “How to talk to a non specialist”.

Der Vortrag ist Teil…

Accurate prediction of Absorption Spectra of Organic Semiconductor thin film using First-Principles

Fundamental physics with highly charged molecules

Phase-Locked Photon-Electron Interactions in Electron Microscopes

Matter at the nanoscale: study of the structure and dynamics of clusters

Batteries of the future addressed by first-principles simulations - nur per ZOOM

THz dynamics and polarization of water and aqueous ionic solutions

Charge-carrier dynamics in hybrid materials based on colloidal semiconductor nanocrystals for light-driven catalysis

Fluctuation induced interactions in and out of equilibrium

Langevin-based coarse-graining of molecular dynamics into free energies and friction profiles

Straintronics of two-dimensional materials

Modeling of quantum dynamics in large-scale open quantum systems with Davydov Ansätze

Colloidal 2D Semiconductor Nanomaterials: A Chemical Approach to Innovative Photonics and New (Room-Temperature) Single Photon Emitters?

Quantum Coherence in Light-harvesting Energy Transfer

Prof. Stefanie Tschierlei, TU Braunschweig, hält einen Vortrag zum Thema “CO₂ light activation – is it possible?”.

Der Vortrag ist Teil der…

High-harmonic spectroscopy in 2D and 3D systems: Real-space and momentum-space pictures

Polaritonic Matter: a theory perspective

Artificial Intelligence for Molecular Physics

Near-field optical spectroscopy of molecular assemblies