Advanced Condensed Matter Physics (MKEP2)

Lecture (4 hours/week) and exercises (2 hours/week) with homework (8 Credit Points)

Lecturer: R. Klingeler / A. Reiser

Lecture time

Tuesday, 11:15 - 13:00 h (INF 308, HS2)
Thursday, 11:15 - 13:00 h (INF 308, HS2)

Content:

• Extendend Table of Contents with lecture slides, some lecture notes and further reading
• Recommended literature
• Some but incomplete list of questions for self-controlling

Objectives

After completing the course the students

• have a thorough knowledge and understanding of the fundamentals of condensed matter physics.
• they understand the principles of formation of condensed matter and have learnt experimental methods to study structural properties. They are familiar with the reciprocal space.
• they understand fundamental electronic models, become aquainted with bandstructure and can describe simple crystalline materials as metals, seminconductors, and insulators.
• they can apply the basic concepts to understand optical and magnetic properties of matter and superconductivity.
• they know the relevant experimental methods for probing structural, optical, magnetic, and electronic properties of condensed matter and can analyse the experimental results.
• get insight into modern trends in experimental condensed matter physics.

Slides, tutorial sheets and lecture notes are password protected and only available for students of the ACMP lecture for personal use as part of their studies. All rights of the materials at the webpages are reserved. Any commercial use is prohibited.

Materialien

• CMP2024_chapter0.pdf
• CMP2024_chapter1_elastic_thermal_properties.pdf
• CMP2024_chapter2_lattice-dynamics.pdf
• CMP2024_chapter5_bands.pdf
• Efetov2021_Physik_Journal.pdf
• CMP2024_chapter3_thermal-properties.pdf
• CMP2024_chapter4_Metals.pdf
• CMP2024_chapter8_magnetism.pdf
• Felser2021_Physik_Journal.pdf
• CMP2024_chapter9_SC.pdf
• CMP2024_chapter6_magnetic_fields.pdf
• CMP2024_chapter7_semiconductors.pdf

Übungsblätter

• Sheet 1
  
  • Exercise01ACMP2024.pdf
• Sheet 2
  
  • Exercise02ACMP2024.pdf
• Sheet 3
  
  • Exercise03ACMP2024.pdf
• Sheet 4
  
  • Exercise04ACMP2024.pdf
• Sheet 5
  
  • Exercise05ACMP2024.pdf
• Sheet 6
  
  • Exercise06ACMP2024.pdf
• Sheet 7
  
  • Exercise07ACMP2024.pdf
• Sheet 8
  
  • Exercise08ACMP2024.pdf
• Sheet 9
  
  • Exercise9ACMP2024.pdf
  • GMR_advanced-physicsprize2007.pdf
• Sheet 10
  
  • Exercise10ACMP2024.pdf
• Sheet 11
  
  • Exercise11ACMP2024.pdf
• Sheet 12
  
  • Exercise12ACMP2024.pdf
• Sheet 13
  
  • Exercise13ACMP2024.pdf

Übungsgruppen

• Gruppe 1 (Scheunemann)
  21 Teilnehmer/innen
  INF 227 03.402, Di 14:15 - 16:00
• Gruppe 2 (Skibbe)
  16 Teilnehmer/innen
  INF 227 02.403, Di 14:15 - 16:00
• Gruppe 3 (Dr. Andreas Reiser)
  23 Teilnehmer/innen
  INF 227 02.402, Di 16:15 - 18:00
• Gruppe 4 (Taheriniya)
  23 Teilnehmer/innen
  INF 227 02.403, Mi 09:15 - 11:00
• Gruppe 5 (Skibbe)
  23 Teilnehmer/innen
  INF 227 02.402, Mi 14:15 - 16:00
• Gruppe 6 (Hengstler)
  18 Teilnehmer/innen
  INF 227 03.402, Mi 16:15 - 18:00

Exam

Date: July 25th, 9-11 am

Time: 9-11 am (Entrance time slot starting 8:45)

Place: INF 308, HS 1

Cheat sheet: 1 double sided page, handwritten, no print-outs.

Pocket calculator: Your own. No network connection

Exam Inspection

Date: Friday, August 2nd

Time for groups 1,2,3: 9:15-10:00 am
Time for groups 4,5,6: 10:00-10:45 am

Place: INF 227, HS1

Retry exam

Date: October, 15th

Time: 16:00-18:00

Place: INF 227, HS 2

Cheat sheet: 1 double sided page, handwritten, no print-outs.

Pocket calculator: Your own. No network connection

Retry exam inspection

Date: Friday, October 18th
13:00-13:30

Place: INF 227, 01.107