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| DFT and TDDFT 1 | |
| Hardy Gross | |
| DFT and TDDFT 2 | |
| Hardy Gross | |
| Introduction to Many-Body Theory 1 | |
| Robert van Leeuwen | |
| Introduction to Many-Body Theory 2 | |
| Robert van Leeuwen | |
| PRACTICAL SESSION 1 | |
| DFT and TDDFT 3 | |
| Hardy Gross | |
| DFT and TDDFT 4 | |
| Hardy Gross | |
| Introduction to Many-Body Theory 3 | |
| Robert van Leeuwen | |
| Linear and non-linear response in TDDFT | |
| David Strubbe | |
| PRACTICAL SESSION 2 | |
| PRACTICAL SESSION 3 | |
| Microscopic-macroscopic connection | |
| Nicolas Tancogne-Dejean | |
| Practical calculations with the GW approximation and Bethe-Salpeter equation in BerkeleyGW | |
| David Strubbe | |
| Applications of TDDFT to Chemistry and Biochemistry I | |
| Joaquim Jornet Somoza | |
| The molecular Berry phase | |
| Ryan Requist | |
| PRACTICAL SESSION 4 | |
| POSTER SESSION | |
| Computational electron dynamics | |
| Xavier Andrade | |
| Calculation of the macroscopic polarization of solids from a geometric phase | |
| Ryan Requist | |
| Applications of TDDFT to Chemistry and Biochemistry II | |
| Joaquim Jornet Somoza | |
| Topological invariants and topological insulators | |
| Ryan Requist | |
| PRACTICAL SESSION 5 | |
| TDDFT for extended systems I: plasmons | |
| Carsten Ullrich | |
| More Many-Body Theory I | |
| Ilya Tokatly | |
| More Many-Body Theory II | |
| Ilya Tokatly | |
| Applications of TDDFT to Chemistry and Biochemistry III | |
| Ivano Tavernelli | |
| PRACTICAL SESSION 6 | |
| Applications of TDDFT to Chemistry and Biochemistry IV | |
| Ivano Tavernelli | |
| TDDFT for extended systems II: excitons | |
| Carsten Ullrich | |
| More Many-Body Theory III | |
| Ilya Tokatly | |
| Applications of TDDFT to Chemistry and Biochemistry V | |
| Ivano Tavernelli |
| Conserving approximations in cavity quantum electrodynamics | |
| Ilya Tokatly | |
| (TD)DFT for systems with noncollinear spin: orbital-dependent xc functionals and their application to the magnetized Hubbard dimer | |
| Carsten Ullrich | |
| Quantum computing for quantum chemistry and physics | |
| Ivano Tavernelli | |
| Density-functional perturbation theory for excited states from constrained DFT | |
| David Strubbe | |
| CANCELED | |
| Dynamical correlations beyond TDDFT: time-dependent two-particle density matrix theory | |
| Joachim Burgdörfer | |
| Improved Methods for Simulating Optical Spectroscopy of Dyes in Solution | |
| Christine Isborn | |
| Many-Body Spectral Functions from Steady-State Density Functional Theory | |
| Stefan Kurth | |
| Scartronics: Quantum transport through chaos | |
| Esa Räsänen | |
| High-harmonic generation from solids and two-dimensional materials | |
| Nicolas Tancogne-Dejean |
| Applications of TDDFT in attosecond physics | |
| Shunsuke Sato | |
| Time evolution of the natural occupation numbers | |
| Carlos Benavides | |
| Coherent dynamics and dephasing-induced ultrafast charge transfer in van der Waals heterostructures | |
| Junhyeok Bang | |
| Many-Body Effective Energy Theory: photoemission at strong correlation | |
| Pina Romaniello | |
| On the inclusion of dissipative effects in clusters and molecules | |
| Eric Suraud | |
| Optical spectra from first principles: fundamentals, functionals and numerics | |
| Arjan Berger | |
| POSTER SESSION | |
| Optical nonlinear processes in semiconductors: an ab-initio description | |
| Valerie Veniard | |
| Exact factorization + TDDFT: performance of adiabatic functionals | |
| Ryan Requist | |
| Stochastic Methods in Electronic Structure of Large Systems | |
| Roi Baer | |
| Tuning the electronic structure of 2d materials via defect engineering and twisting | |
| Johannes Lischner | |
| Ab initio model for plasmonic hot electrons | |
| Lara Román Castellanos | |
| Charge states and time scales of electron-ion dynamics due to electronic stopping | |
| Andre Schleife | |
| Unified formulation of the fundamental and optical gap problems in density-functional theory for ensembles | |
| Emmanuel Fromager | |
| Propagators for the time-dependent Kohn-Sham equations: multistep, Runge-Kutta, exponential Runge-Kutta, and commutator free Magnus methods | |
| Adrián Gómez Pueyo | |
| PySCF-NAO: an efficient and flexible implementation of linear response time-dependent density functional theory with numerical atomic orbitals | |
| Peter Koval | |
| First-principles study of anomalous thermoelectric effects | |
| Fumiyuki Ishii |
This session has received financial support from the following institutions:
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