FIRST WEEK (23/6-28/6)
Saverio Moroni (SM):
2 lectures: Introduction to MC methods, VMC, projector QMC (Bosons, Fermions) at T=0
1 or 2 tutorials: basic MC methods, VMC/DMC
Alice Sinatra (AS):
2 lectures: Gross-Pitaevskii, classical field theory, 1 tutorial
Stefan Wessel (SW):
2 lectures: QMC lattice methods, 1 tutorial
Philipp Werner (PW):
2 lectures: DMFT, 1 tutorial
Massimo Boninsegni (MB):
1 lecture: Quantum Monte Carlo simulations of continuous system at finite temperature:
the Worm Algorithm
Isabelle Bouchoule (IB):
1 lecture: experiments
SECOND WEEK (30/6-4/7)
Corinna Kollath (CK):
2 lectures: DMRG, 1 tutorial
Andreas Läuchli (AL):
2 lectures: Exact diagonalization, 1 tutorial
Lode Pollet (LP):
2 lectures: Path-Integral Monte Carlo, 1 tutorial
Boris Svistunov (BS):
2 lectures: Diagrammatic Monte Carlo, 1 tutorial
Roman Orus (RO):
1 lecture: Tensor network algorithms
Walter Hofstetter (WH):
1 lecture: DMFT simulations for strongly correlated quantum gases
Stefano Giorgini (SG):
1 lecture: Applications of QMC methods to ultracold gases: the unitary Fermi gas and systems with dipolar interactions
David Ceperley (DC):
1 lecture: Fermions at finite temperature
Leticia Taruell (LT):
1 lecture: experiments
