Frontier lectures
Weitao Yang
Duke University, USA
Fractional Charges and Spins: Where are they and How to use them for DFT development
Pedagogical lectures
Andreas Savin
Sorbonne Université
Are density functional approximations following density functional theory?
Nikitas Gidopoulos
Durham University
Tomasz Wesołowski
University of Geneva
Constrained minimisation of the Hohenberg-Kohn energy functional as a basis for multi-scale simulations: challenge for theory and opportunities for applications
Pavlo Dral
Xiamen University
Practical Introduction to Artificial Intelligence in Quantum Chemistry
Christian Schilling
Ludwig-Maximilians-Universität München
Geometric Aspects of Functional Theories
Mario Piris
Donostia International Physics Center
Xiaosong Li
University of Washington
Relativistic Many-Body Electronic Structure Theory: Approaching the Limit of Dirac Equation
Alessandro Genoni
University of Lorraine
About the connections and possible contaminations between quantum chemistry and quantum crystallography
Invited lectures
David Casanova
Donostia International Physics Center
DFT energy corrections to multiconfigurational wavefunctions
Wan Zhen Liang
Xiamen University
Exploring Molecular Photophysical and Photochemical Properties Using Linear Response Time-Dependent Density Functional Theory with Classical Embedding
Ireneusz Grabowski
Nicolaus Copernicus University in Toruń
Orbital-Dependent Functionals in Kohn-Sham DFT - Practical Realization of ab initio KS-DFT
Andrew Burgess
University of Dublin
Capturing static correlation using a new DFT+U-type functional
Marco Caricato
University of Kansas
First Principles Simulations of the Optical Rotation in Oriented Systems with Periodic Density Functional Theory
Sara Giarrusso
Université Paul Sabatier
Exact Excited-State Functionals of the Asymmetric Hubbard Dimer
Peter Knowles
Cardiff University
Perturbation-adapted Perturbation Theory
Libor Veis
J. Heyrovsky Institute of Physical Chemistry
Pushing the limits of computations of strongly correlated molecules with the density matrix renormalization group method
Pierre-Francois Loos
Université de Toulouse
A similarity renormalization group approach to Green’s function methods
Paul Ayers
McMaster University
Chemical Reactivity Indicators When There Is Strong Electron Correlation
Michał Lesiuk
University of Warsaw
Approximate coupled cluster models based on tensor decomposition techniques
Alexander Sokolov
Ohio State University
Accurate Green’s Functions and Reduced Density Matrices From Algebraic Diagrammatic Construction Theory
Shuhua Li
Nanjing University
Block-correlated coupled cluster methods for strongly correlated systems
Peter Nagy
Budapest University Of Technology And Economics
Accurate and efficient CCSD(T)/CBS up to 1000 atoms: optimization of the local natural orbital approach and large-scale applications
Gabriela Sanchez-Diaz
McMaster University
Adiabatic connection electron correlation from alternative ERPA channels: application to small molecules dissociation
Yi Zhao
Xiamen University
Effect of excitation and charge transfer states on vibrationally-resolved electronic spectra in organic aggregates
Carlos Cardenas
University of Chile
Electron Localization (Function) in the Excited State with Single Determinant Methods
Hans Jørgen Aagaard Jensen
University of Southern Denmark
Multiconfiguration Short-Range Density Functional Theory: Status and Perspectives
Pina Romaniello
Université de Toulouse
Photoemission spectra from the Extended Koopmans’ theorem: capturing weak and strong correlation
Eugene DePrince
Florida State University
N-Representability Errors in Truncated Equation-of-Motion Coupled-Cluster Methods
Yang Guo
Shandong University
Multiconfigurational self-consistent field theory for large active space and spin-orbit coupling
Rafał Podeszwa
University of Silesia
New developements in three-body non-additive intermolecular interactions
Małgorzata Biczysko
Shanghai University
Computational protocols for molecular structure and spectroscopy
Piotr Paneth
ICRI-BIOM, Lodz University of Technology
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Sizhuo Yu
Nanyang Technological University
N-representable one-electron reduced density matrix refinement at finite temperatures
Julia Liebert
Ludwig-Maximilians-Universität München
Density matrix functional theory for excited states
Valerii Chuiko
McMaster University
Can one hear properties of the molecule?
Marco Nascimento
Federal University of Rio de Janeiro
DENSITY MATRICES AND THE INTERFERENCE ENERGY ANALYSIS
James Anderson
National Autonomous University of Mexico
Relativistic Effects on Atoms In Molecules: Theory and Properties for 1- and 2-Component Hamiltonians
Julia Contreras-Garcia
Sorbonne Université
New developments in the local analysis of non-covalent interactions