====== Schedule ======

Lecturers: Scott Bogner, Peter Ring, Nicolas Schunck, Dario Vretenar

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[[week1|Week 1]], [[week2|Week 2]], [[week3|Week 3]]
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==== Daily Schedule ====
  * 09:00-10:30 Lectures
  * 10:30-11:00 Coffee
  * 11:00-12:30 Lectures
  * 12:30-14:00 Lunch
  * 14:00-18:00 Computational Project/Exercises

==== Week 1: Basic techniques of quantum many-body physics  ====
==== Monday, July 14 ====
  * Welcome/Introductory Remarks
  * {{qm.pdf|Dario Vretenar 1}}: Reminder of advanced quantum mechanics: Coordinate and momentum representations of the Hilbert space, discrete bases, operators, Schrodinger equation, spin, isospin, Dirac equation
  * {{computing.pdf|Computational Projects}}: Requirements for the computational projects, crash courses on Makefile and the git version control system.
  * {{:talentdftguides.pdf|}}: More information on Git, Unit tests, Object Orientation, and MPI/OpenMP 
==== Tuesday, July 15 ====
  * {{secondquantizationshorter.pdf|Scott Bogner 1}}: In this lecture I review some basic concepts and tools of many-body theory (symmetrization postulate for N-body states, Fock space and second quantization, Wick's theorem, particle-hole picture). The treatment I give is standard, and may be found in any of the textbooks in the References.
  * Reminder on {{AngMom.pdf|angular momentum algebra}}
==== Wednesday, July 16 ====
  * {{hartreefock3.pdf|Scott Bogner 2}}: Hartree-Fock (HF) theory: product states, density matrices, variational principle, Thouless theorem, Koopman's theorem
==== Thursday, July 17 ====
  * {{ring-pairing.pdf|Peter Ring 1}}: Pairing Correlations: Spontaneous symmetry breaking, seniority model, BCS approximation, pairing tensor, Hartree-Fock-Bogoliubov (HFB) theory
==== Friday, July 18 ====
  * {{ring-rpa.pdf|Peter Ring 2}}: Random Phase Approximation (RPA): Time-dependent Hartree-Fock (TDHF) theory, linear response, stability matrix