Lectures

Fernando Parente - From postulates to atoms

Fernando Parente - The evolution of atomic structure calculations

André Wemans - Introduction to quantum computing

Paul Indelicato - Principles of Bound-State QED and relativistic many-body calculations

Martino Trassinelli - An introduction to Bayesian data analysis

Nancy Paul - Bayesian analysis - A practical example. Atomic form factors and the Paris Double Crystal Spectrometer

Miguel de Avillez - Using Parallel Computing to Study the Joint Thermal and Dynamical Evolution of Optically Thin Plasmas

Filipe Grilo - Benchmarking electron-ion collisional processes in highly charged ion sources

Jorge M. Sampaio - Atomic inputs for kilonovae modeling

Hands-on sessions

Session 1 (Ruben Inocêncio) - Basic principles of Quantum Computing

Session 2 (Martino Trassinelli) - Bayesian analysis of atomic spectra based on nested sampling

Session 3 (Daniel Pinheiro and André Fernandes) - Distributed computing in atomic structure calculations for astrophysical plasma simulations