Fakultät für Physik
print

Sprachumschaltung

Navigationspfad


Inhaltsbereich

Advanced Computational Physics – Material/Schedule

L1: Tue. 4/12. Introduction to the course and its contents
L2: Thu. 4/14: 1) Introduction to quantum magnetism
L3: Tue. 4/19: 2) Introduction to quantum magnetism
L4: Thu. 4/21: 3) Introduction to Python
4) Exact diagonalization
L5: Tue. 4/26 Exact diagonalization cont'd
T1: Thu. 4/28 On quantum magnetism
L6: Tue. 5/3 ED cont'd
T2: Tue. 5/10 On exact diagonalization
L7: Thu. 5/12 5) Lanczos methods
L8: Thu, 5/19 Lanczos cont'd, time-evolution
T3: Tue. 5/24 On Lanczos methods
L9: Tue, 5/31 6) Classical Monte Carlo, Ising model
T4: Thu, 6/2 ED for fermions, bosons
L10: Tue, 6/7 Metropolis algorithm, Finite-size scaling
L11: Thu, 9/9 KT transitions, spin stiffness
P1: Tue, 6/14 Onsite programming session
T5: Thu, 6/16 Classical Monte Carlo
L12: Tue, 6/21 Quantum MC: World-line methods
L13: Thu, 6/23 World-lines, SSE
L14: Tue, 6/28 Implementation of SSE
P2: Thu, 6/30 Onsite programming session
T6: Tue, 7/5 Quantum Monte Carlo
L15: Thu, 7/7 DMRG, matrix product states
L16: Tue, 7/12 DMRG cont'd
Thu, 7/14 Programming project reports 1&2
Fri, 7/15 Programming project reports 3&4

Verantwortlich für den Inhalt: F. Heidrich-Meisner