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Professor: |
Prof. Dr. Thomas Greber (Y36K88) |
Assistants: | |
Lecture: |
Tuesday, 13:00 - 13:45, Y16G05 Friday, 8:00 - 9:45, Y15G20 |
Consultation: | Tuesday, 15:00-15:30, Y36K88 |
Problem solving: | Tuesday, 14:00-14:45, Y16G05 |
Start: | Tuesday, September 20 2022 |
Credits: |
5 ECTS |
Exam: | written, Y16G15,10:00-12:00 January 24 2023 |
Language: The lecture, exercises, and exam are held in English.
Hand in exercises on Fridays, before noon.
In order to track the content we develop a list of hundred words (PDF, 87 KB) of notions, models, methods, formulas and concepts that were covered in the lecture.
Solid state physics (Festkörperphysik) deals with the structure and resulting properties of condensed matter in the solid aggregate. With the help of quantum mechanics, macroscopic properties such as thermal and electrical conductivity, transparency, ferromagnetism, or superconductivity can be understood and predicted. Starting from different chemical bonding types, we will learn and apply concepts such as crystal, reciprocal lattice, band structure, and quasiparticles.
More informations see "kommentiertes Vorlesungsverzeichnis".
Lecture # | Date | Topic | Lecture Material | Exercise Sheets | |
---|---|---|---|---|---|
1 | 20.9.2022 | Introduction | Sheet 1 (PDF, 162 KB) | ||
2 |
23.9.2022 |
Atoms and Bonds 1 Kittel Chap 3 | |||
3 | 27.9.2022 |
Bonds 2 Kittel Chap 3 |
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4 | 30.09.2022 |
Bonds 3 Kittel Chap 3 |
Sheet 2 (PDF, 171 KB) | ||
5 | 4.10.2022 | Crystals 1 Kittel Chap 1 | |||
6 | 7.10.2022 | Crystals 2 Kittel Chap 1 | Sheet 3 (PDF, 233 KB) | ||
7 | 11.10.2022 |
Reciprocal Lattice 1 Kittel Chap. 2 |
|||
8 | 14.10.2022 |
Reciprocal Lattice 2 Kittel Chap. 2 |
Sheet 4 (PDF, 1 MB) | ||
9 | 18.10.2022 | Rep. k-space | |||
10 | 21.10.2022 | VESTA | Work sheet VESTA (PDF, 508 KB) | ||
11 | 25.10.2022 | Phonons 1 Kittel Chap. 4 | |||
12 | 28.10.2022 | Phonons 2 Kittel Chap. 4 | Sheet 6 (PDF, 337 KB) | ||
13 | 1.11.2022 | Phonons 3 Kittel Chap. 5 | |||
14 | 4.11.2022 |
Phonons 4 non harmonic effects Electrons 1 Drude |
Sheet 7 (PDF, 176 KB) | ||
15 | 8.11.2022 | Electrons 2 Wiedemann-Franz, plasmons | |||
16 | 11.11.2022 | Elecctrons 3 Fermi gas (Kittel Chap. 6) | Sheet 8 (PDF, 288 KB) | ||
17 | 15.11.2022 | Electrons 4 Energy bands (Kittel Chap. 7 | |||
18 | 18.11.2022 | Electrons 5 Energy bands, metals, insulators, Bloch theorem, zone schemes | Sheet 9 (PDF, 415 KB) | ||
19 | 22.11.2022 | Electrons 6 Band structures, Fermi surfaces | |||
20 | 25.11.2022 | Electrons 7 ARPES, Semiconductors 1 (Kittel Chap. 8) | Sheet 10 (PDF, 702 KB) | ||
21 | 29.11.2022 | Semiconductors 2 doping | |||
22 | 2.12.2022 | Semiconductors 3 Applications | Sheet 11 (PDF, 198 KB) | ||
23 | 6.12.2022 | Magnetism 1 | |||
24 | 9.12.2022 | Magnetism 2 Pauli (Kittel Chap. 14) & Stoner | Sheet 12 (PDF, 412 KB) | ||
25 | 13.12.2022 | Superconductivity 1 Phenomenology (Kittel Chap. 12 &15) | |||
26 | 16.12.2022 | Superconductivity 2 BCS (Kittel Chap. 12) | |||
27 | 20.12.2022 | Test Exam | Solutions (PDF, 1 MB) | Test Exam (PDF, 1 MB) | |
28 | 23.12.2022 | Summary | Slides 28 (PDF, 3 MB) |
Lab course October until December 2022
2 ECTS
Responsibles: Dr. Matthias Hengsberger, Dr. Qisi Wang
Information and website: PHY220