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These lectures introduce quantum spin systems and several computational methods for studying their ground-state
and finite-temperature properties. Exact diagonalization and quantum Monte Carlo algorithms will be discussed in
the lectures. In the afternoon tutorials program implementations will be briefly discussed before hands-on work with
the programs available through the links below.
Lecture slides
[Part 1] Introduction to quantum spin models
[Part 2] Exact diagonalization (including the Lanczos method)
[Part 3] Quantum Monte Carlo simulations
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