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Class Material:
Class Material:
Lecture 1: 1) Syllabus: general information, expectation and organization. 2) B.Sc. Thesis writing guidance. 3) Research road map.
L1.1: generalL1.2: thesis_guidanceL1.3: research road mapLecture 2: Course content and topics to be covered.
Course_outline.pdfWe will cover the following topics:
1. Elements of band theory of solids.
2. Second quantization.
3. Tight binding model. Hubbard model. Anderson model.
4. Green's function methods. DOS. Self-energy.
5. Short review of statistical mechanics. Critical phenomena. Phase transitions.
6. Ising model. Mean Field Solution. Monte Carlo study of Ising model.
7. Dynamical Mean Field Theory (DMFT). Derivations.
8. DMFT study of 2D Hubbard model.
9. DCA study of Hubbard model.
Lecture 3: 1) Introduction: what is condensed matter physics about, why to do research in condensed matter ? 2) Strongly correlated electron systems.
Lecture3_CMP_SCES.pdfLecture 4: Classical description of free electron gas
Lect_5_Lecture_4_Classical_Free_Electro_Gas.pdfLecture 5: Free fermi gas at T=0 (quantum description of free electrons)
Lect_5_Free_Electron_Fermi_gas_Tzero.pdfLecture 7: Density of States
Lecture 8: 2nd quantization
l8_2ndqant.pdfLecture 9: Tight binding model
l9_tight-bind.pdfLecture 10: Green's functions. DMFT. CPA.
l10_dmft_cpa.pdfUseful Links
Useful Links
LSU LaTex tutorial , this website has links to with more details on LaTex (contains information how to make slides with LaTex), LaTex mini tutorial
Google Sites
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