Dr. Katharina Doblhoff-Dier
Computational Electrochemistry
5 hoursArchive
Programmes, lecture topics, and course material from earlier Han-sur-Lesse Winter Schools.
Computational Electrochemistry
5 hoursMolecular magnetism - a computational approach
5 hoursHigh-performance computing
5 hoursAb-initio Microkinetics - From Energetics to Kinetics
9 hoursComputational spectroscopy and catalysis
3 hoursTheory of Electrochemical Interfaces: Classical, Quantum, and A Middle Way
5 hoursAccelarating first-principles based molecular dynamics simulations with machine learning
5 hoursFrom Basics to Precision: Crafting a Plane-Wave DFT Code in Python
9 hoursOpen Bidentate Ligand eXplorer (OBeLiX) workflow
2 hoursUnitary transformations in single-determinant electronic structure theory
6 hours + 3 hours (workshop)Surface astrochemistry: the role of computational chemistry
5 hoursIntroduction to Quantum Monte-Carlo methods
5 hoursMachine learning in soft matter
5 hoursCold molecules
5 hoursThe PAW method for solid state electronic structure calculations and extensions to calculate NMR properties (in VASP).
5 hoursIntroduction to Soft X-ray Spectroscopies
5 hoursThe specific reaction parameter approach to density functional theory: First principles and semi-empirical implementations for dissociative chemisorption on metals.
5 hoursDensity Functional Theory from Scratch
4 hoursModelling solid state systems: from electronic structure methods to reactive molecular dynamics
5 hoursFrom benchtop experiments to industrial systems: an introduction to transport phenomena, reaction engineering and multi-scale modelling
5 hoursStudying rare events in molecular dynamics simulations: from free energies to mechanistic insights
5 hoursMachine learning in computational chemistry: fundamentals and applications
5 hoursBuilding your own Hartree-Fock program from scratch
4 hoursStatic, 2D-, and time-resolved vibrational spectroscopy in bulk and at interfaces
5 hoursDensity [matrix] functional theory
5 hoursIntroduction in Astrochemistry
5 hoursFrom Path Integrals to Field Theory
5 hoursTransition Path Sampling methods
2 hoursPath collective variables to find reaction mechanisms
2 hoursExcited-state non-adiabatic dynamics
5 hoursMachine learning in computational chemistry: foundations and applications
5 hours + hands-on computer practicumHybrid solar energy conversion
5 hoursMolecular quantum scattering
5 hoursIntroduction to correlation, Kirkwood-Buff theory, Green's functions, and Onsager's regression theory
4 hoursElectronic structure calculations for solids with application to NMR spectroscopy
4 hoursApplication of spectroscopic and related techniques in surface science for unravelling heterogeneously catalyzed reaction mechanisms - background and recent examples
5 hoursHow to write your own ab initio electronic structure program
5 hours + hands-on computer practicumcancelled
4 hoursNuclear quantum dynamics simulation
4 hoursIrreversibility
5 hoursLaser spectroscopy combined with mass spectrometry
5 hoursMicrokinetics
5 hoursPost Hartree Fock correlation methods
5 hoursTheory of solvent effects
4 hoursOn Normal Modes, Diffusion, and liquid structure
5 hoursGraphene and other 2D materials
5 hourscancelled
5 hoursMixed quantum mechanical and classical modeling of complex atomic systems
5 hoursKramers theory of reaction kinetics & Integrators and Rare Events
4 + 3 hoursStatistical physics and linear response theory
5 hoursDiatomic molecules
5 hoursDensity functional theory and its time-dependent extension
5 hours"Light on electronically excited states: riding the roller coaster"
5 hoursAb Initio Molecular Dynamics
4 hoursSingle-molecule and single-nanoparticle optical spectroscopy
5 hoursDensity Functional Theory of strongly correlated systems
5 hoursElectron transfer and electrocatalysis
5 hoursNonlinear infrared spectroscopy
5 hoursTransition path theory
4 hoursNoncovalent interactions between molecules and the spectra of weakly bound molecular clusters
5 hoursQuantum Chemistry Methods for Predicting and Interpreting Non-Linear Optical Properties
5 hoursGas-Phase IR Spectroscopy: towards large (bio)molecules and far-IR wavelengths
5 hoursExcited state dynamics
5 hoursQM/MM and other multiscale modeling methods
4 hoursRelativity and gravitation
5 hoursDiracs equation and other prerequisites for achieving high accuracy in quantum chemistry
5 hoursSolving the Schrödinger equation with random walks: Introduction to quantum Monte Carlo methods
5 hoursSpectroscopy on photoactive proteins
5 hoursElectrochemistry and simulation of charge transfer reactions
4 hoursElectronic structure methods for solids
6 hoursTheoretical and experimental aspects of X-ray spectroscopy
6 hoursAb initio molecular dynamics: ground and excited states
4 hoursStatistical mechanics of liquids
6 hoursFree energy methods
4 hoursElectron-molecule scattering
6 hoursSubsystem quantum chemistry
6 hoursExcitation energy transfer
4 hoursNonlinear infrared spectroscopy
4 hoursTwo- dimensional spectroscopy
6 hoursDensity functional theory
6 hoursSingle molecule optics
4 hoursUltracold chemistry
4 hoursMolecular rare event simulations
6 hoursKinetic modeling of interstellar chemistry
6 hoursAb initio force fields for non-covalent interactions
4 hoursThe valence bond method
6 hoursCharge mobility on polymers
4 hoursPost-SCF electron correlation methods
6 hoursStatistical physics, coarse graining and stochastic simulations
6 hoursClassical and quantum transition state theory
6 hoursPhenomena in diatomic molecules
4 hoursMathematical foundations of quantum physics
3 hoursIntroductory course on quantum mechanics and electronic structure methods
3 hoursElectronic structure methods for solids
6 hoursAngular momentum theory
4 hoursMolecular electronics: electron transport at the nanoscale
6 hoursCar-Parrinello method for ab-initio Molecular Dynamics
6 hoursTheoretical Interstellar Chemistry
5 hoursDevelopment of attosecond lasers and their application to molecular dynamics
4 hoursQuantum electrodynamics: one- and two-photon processes
5 hours