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documents for download

SS 2012:

• H. Hüffel: Mathematische Methoden der Physik I
• Lecture - script:
  1. Teil; 2. Teil; 3. Teil; 4. Teil; 5. Teil;
• Exercises:
  Problems 1-5; 6-10; 11-15; 16-20; 21-25; 26-30;


• H. Neufeld: Theoretische Physik 2 - Quantenmechanik I
• Lecture:
  script (version 2012-05-08; 89pp, to chapter 4 - Mathematische Struktur der Quantentheorie;
• Mathematisches Basiswissen für Theoretische Physik T2
• Exercises:
  Informationsblatt für die Übungen;
  Problems 1-10; 11-13; 14-22; 23-30; 31-40; 41-46;

SS 2010:

• R. Beig: Relativitätstheorie und Kosmologie II - Übungen
• Problems 1-17;
  
  
• R. Bertlmann: Theoretische Physik 2 - Quantenmechanik I - Übungen
• example sheets: Physik-wiki;
  
  
• H. Neufeld: Particle Physics II
• Lecture notes:
  • 01: Scalar field
  • 02: Functional integral
  • 03: Dirac field
  • 04: Fermionic path integral
  • 05: Massive vector field
  • 06: Abelian gauge field
  • 07: Perturbation theory
  • 08: Quantum electrodynamics (QED) of spin ½ fermions
  • 09: Production of fermion pairs in electron-positron collisions
  • 10: Feynman graphs
  • 11: Cross section
  • 12: Nonabelian gauge theories
  • 13: Spontaneous symmetry breaking
  • 14: Spontaneous breaking of local gauge symmetries
  • 15: Standard model of particle physics
  • 16: Two-point function of an interacting theory
  • 17: Reduction formalism
  • 18: QED two-point function for fermions
  • 19: Photon two-point function at one-loop
  • 20: Vertex correction in QED
  • 21: Renormalized perturbation theory
  • 22: Electron scattering by an external field
  • 23: Cross-section formula for the scattering by a time-independent potential
  • 24: Cancellation of IR-divergences
• Exercises:
  Problems 1-11; 12-19; 20-27; 28-41; 42-49;
  
  
• H. Verschelde & V. Zakharov: Relativistic Quantum Field Theory
• Lecture notes:
  • chapter 01: Free quantum fields
  • chapter 02: Propagators, scattering theory and n-point functions

WS 2009/10:

• H. Hüffel: Theoretische Physik 1 - Klassische Mechanik

Exercises: 1-10 | 11-15 | 16-20 | 21-25 | 26-30 | 31-35 | 36-40 | 41-45



• H. Rumpf: Theoretische Physik 3 - Elektrodynamik

Exercises: 1-8 | 9-15 | 16-19 | 20-24 | 25-29 | 30-38 | 39-48

SS 2009:

• R. A. Bertlmann: Decoherence and the physics of open quantum systems
• Script
  
  
• J-B. Bru: Quantenmechanik II - Exercises
• Problems 1-6; 7-11; 12-16; 17-21; 22-26; 27-31; 32-38;
  
  
• H. Hüffel: Theoretische Methoden der Physik 4
• Vorlesung:
  a handwritten transcription (updated weekly) of the lecture can be downloaded. Before download is possible you have to login to dhe pysics wiki (with u:net- or mailbox-Account):
  
  • login
  • handwritten script
  • literature
• Exercises
  
  
• H. Neufeld: Particle Physics II
• Lecture notes:
  • 01: Quantization of the electromagnetic field
  • 02: Scalar fields
  • 03: Functional integral
  • 04: Perturbation theory
  • 05: Dimensional regularization and renormalization
  • 06: Renormalizability
  • 07: Reduction formalism
  • 08: Cross section
  • 09: Dirac field
  • 10: Fermionic path integral
  • 11: Abelian gauge field
  • 12: Interaction picture and vacuum-to-vacuum transition amplitude
  • 13: Quantum electrodynamics of spin ½ fermions
  • 14: Anomalous magnetic moment of the electron
  • 15: Nonabelian gauge theories
  • 16: Quantization of nonabelian gauge fields
  • 17: Spontaneous symmetry breaking
  • 18: Spontaneous breaking of local gauge symmetries
  • 19: Standard model of particle physics
• Exercises: Problems 1-11; 12-22; 23-25; 26-31; 32-40; 41-53;
  
  
• H. Rumpf: Relativitätstheorie und Kosmologie II

Exercises:

• 1-12 | 13-24 | 25-42 | 43-57
  
  
• F. Verstraete: Theoretische Physik II - Quantenmechanik I

UE: 1. Test: Tuesday, 12.05.09 08:30,
Lise Meitner lecture hall (Strudlhofgasse4, 1st floor)
 

Exercises:

• 1-6 | 7-11 | 12-17 | 18-24 | 25-29 | 30-33

WS 2008/09:

• J. B. Bru: Mathematische Methoden der Physik II
• talk:
  • script (H. Hüffel)
  • Exams on the lecture:
    LAST DATES FOR EXAMINATION:
    FRIDAY 05.06.2009: 8:00-9:30, 10:00-11:30, 13:30-15:00. FRIDAY 12.06.2009: 8:00-9:30, 10:00-11:30, 13:30-15:00.
    Room 3514, Theoretische Physik, Boltzmanngasse 5, 5th floor, 1090 Wien.
    examination mode: oral.
  • Informations about examination mode, assessment etc. (pdf, german) (updated 09.03.09)
• exercises:
  • informations
  • exercises 1-7; 8-14; 15-21; 22-26
• M2 wiki page
• H. Neufeld: Theoretische Physik für das Lehramt L2
• script (part II, Statistische Physik und Thermodynamik)

SS 2008:

• R. A. Bertlmann: Theoretische Physik T2
• Script:
  • Contents
  • Bibliography
  • Chapter 1: Wave - Particle Duality
  • Chapter 2: Time-Dependent Schrödinger Equation
  • Chapter 3: Mathematical Formalism of Quantum Mechanics
• exercises
• solutions for exercises 33 and 34
• H. Hüffel: Theoretische Methoden der Physik 2
• lecture:
  • skript
  • literature
• exercises
• H. Neufeld: Mathematische Methoden der Physik I
• Lecture notes (final version: 10/2/2012)
• Examinations
• Information sheet for the exercises

exercises:

• sheet 1 | sheet 2 | sheet 3 | sheet 4 | sheet 5 | sheet 6
• H. Rumpf: Relativitätstheorie und Kosmologie II
• script

exercises:

• sheet 1 | sheet 2 | sheet 3 | sheet 4 | sheet 5

WS 2007/08:

• R. Beig: Methoden der Theoretischen Physik M1
• Vorlesungsbehelf
• exercises
• R. A. Bertlmann: Decoherence and the physics of open quantum systems
• script
• M. Heinzle: Einführung in die Relativitätstheorie I
• script
• exercises
• S. Dittmaier: Electroweak Physics at the LHC
• Introductory Lecture
• SM and precision physics

SS 2007:

• P.C. Aichelburg: Übungen zu Theoretische Physik T2
• sheet 3 | sheet 4 | sheet 5 | sheet 6 | sheet 7
• R. Beig: Übungen zur Relativitätstheorie II
• exercises

SS 2006:

• R. Beig: Übungen zu Theoretische Methoden der Physik 2
• exercises 1-33

Course Skripts

(available at the sekretary, Room 20)

• A. Bartl: Einführung in die Supersymmetrie
• B. Baumgartner: L1, Teil 1: Mechanik 1
• B. Baumgartner: L1, Teil 2: Mechanik 4
• B. Baumgartner: L1, Teil 3: Elektrodynamik
• B. Baumgartner: Prinzipien der Modernen Physik 1
• G. Ecker: Kern- und Teilchenphysik für das Lehramt
• J. Yngvason: Statistische Mechanik

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