Einführung in die Festkörpertheorie - WS 2019/20

> Vorlesung und Übungen

Veranstaltungs-Nr. 118103

  • Dozent, Termine, Organisatorisches

    Dozent:

    Prof. Dr. Michael Rohlfing | Institut für Festkörpertheorie | Zi. 708 | Tel. 36340 | E-Mail |

    Termine:

    • Vorlesungen
      • Di, 10-12, IG1 718
      • Do, 10-12, IG1 718

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  • Materialien/Übungsblätter zur Vorlesung

    Ex 1  ❖  Date of issue: 08.10.2019  ❖  Deadline: 17.10.2019  ❖  Discussion: 22.10.2019

    Problem 1: Dynamics of two coupled masses [4P]
    Problem 2: Fourier transformation of Coulomb potential [2P]
    Problem 3: Ewald-Method [4P]

    Ex 2  ❖  Date of issue: 24.10.2019  ❖  Deadline: 31.10.2019 (10:15)  ❖  Discussion: 05.11.2019

    Problem 4: Vibrations of a linear chain [4P]
    Problem 5: Linear chain with a point defect [4P]

    Ex 3  ❖  Date of issue: 07.11.2019  ❖  Deadline: 19.11.2019  ❖  Discussion: 26.11.2019

    Problem 6: Phonons in stiff layers [2P]
    Problem 7: Phonons of a hexagonal lattice [7P]
    Problem 8: Phonons of a linear chain [3P]

    Ex 4  ❖  Date of issue: 26.11.2019  ❖  Deadline: 10.12.2019  ❖  Discussion: 19.12.2019

    Problem 9: Band structure of Na [5P]
    Problem 10: ETBM band structure of sodium [2P]
    Problem 11: Momentum of a Bloch electron [3P]

    Ex 5  ❖  Date of issue: 12.12.2019  ❖  Deadline: 09.01.2020  ❖  Discussion: 16.01.2020

    Problem 12: Band structure of graphene [4P]
    Problem 13: Density of states for a linear chain [2P]
    Problem 14: Homogeneous electron gas [6P]

    Ex 6  ❖  Date of issue: 09.01.2020  ❖  Deadline: 23.01.2020  ❖  Discussion: 30.01.2020

    Problem 15: (Anti-)Ferromagnetism [7P]
    Problem 16: Exact solution of the Ising model in one dimension [3P]