Introduction to Finite Temperature Field Theory

Spring Semester 2010 (1388-89-II)
     
Lecturer: Neda Sadooghi
Office: Room 333, Physics Department
Time: Saturdays and Mondays, 10:30 -12:30
Place: CEP Seminar Room 517, Physics Department
Office hours: Sundays 11:00-13:00
Schedules:
Semester starts on: Bahman 12, 1388
Semester ends on: Khordad 11, 1389
Homework: Every two weeks
Midterm exam: Khordad 1389
Final Exam: Tir 1389
References:
J. Kapusta and C. Gale Finite Temperature Field Theory Cambridge University Press, 2nd Edition (2006)
M. Le Bellac Thermal Field Theory Cambridge University Press (2000)
K. Yagi, T. Hatsuda and Y. Miake Quark-Gluon Plasma Cambridge University Press (2005)
E. Shuryak The QCD Vacuum, Hadrons ... World Scientific, 2nd Edition (2004)
D.J. Toms The Schwinger Action Principle ... Cambridge University Press (2007)
L.H. Ryder Quantum Field Theory Cambridge university Press (1996)
Course Syllabus  
Course Syllabus
Contents: This part will be constructed gradually
Part I: Introduction to QFT at T=0
Path integral representation in QM, Generating functional for n-pt Green functions
Classical Field Theory (Klein-Gordon and Dirac fields, Conserved Currents)
Generating functional for scalar fields; Free field theory
Generating functional for interacting scalar and free fermions
Part II: Functional integral representation of partition function at finite T
Free bosonic fields
Free fermionic fields
Interacting bosonic fields
Full propagator in λφ4-theory
Self energy and summation over Matsubara frequencies
Ring diagrams in  λφ4-theory
Part III: Renormalization
Power counting and renormalizability at T=0
Renormalization group equation and its solution at T=0
Part IV: Quantum Electrodynamics at finite T
Quantization of photon and Faddaeev-Popov formalism
Fixing the gauge (axial gauge) and photon partition function at finite T
General structure of vacuum polarization tensor and ring diagrams in QED at finite T
Part V: Linear Response Theory
Goals and Methods: Lehmann representation
Electric mass, Plasma screening
Modified Coulomb potential in QED plasma
Part V: Phase transition at finite temperature
Your Score: Schedule % of your final score
Homeworks Every two weeks %20
Midterm Exam Take Home %30
Final Exam %30
Seminar talks %20
Lectures: pdf-files Date pdf-files Date pdf-files Date
Lecture 1 12/11/88 Lecture 10 24/12/88 Lecture 19 13/02/89
Lecture 1 17/11/88 Lecture 11 14/01/89 Lecture 20
Lecture 2 19/11/88 Lecture 12 16/01/89 Lecture 21
Lecture 3 01/12/88 Lecture 13 21/01/89 Lecture 22 01/03/89
Lecture 4 03/12/88 Lecture 14 23/01/89 Lecture 23 03/03/89
Lecture 5 08/12/88 Set 2 Discussion Lecture 24 08/03/89
Lecture 6 10/12/88 Lecture 15 30/01/89  
Lecture 7 15/12/88 Lecture 16 04/02/89  
Lecture 8 17/12/88 Lecture 17 06/02/89  
Lecture 9 22/12/88 Lecture 18 11/02/89  
Lecture Notes: pdf-files          
Lecture Notes (This part will be constructed at the end of this semester)
Homeworks: Problem Set   Due to:
Set 1 Esfand 22, 1388
Set 2 Farvardin 16, 1389
Set 3 Ordibehesht 18, 1389
Midterm Exam (Related paper) Khordad16, 1389
Final Exam

Take Home

  Tir 6, 1389

Tir 14. 1389

The Scores:      
  Final Scores
Term Papers and Seminars:
Topics:
1 Photon and electron dispersion relation 13/4/89 (cancelled)
2 Relativistic viscous hydrodynamics and Kubo formulae 14/4/89
3 Electroweak phase transition at finite T 15/4/89
References:
J. Kapusta and C. Gale Finite Temperature Field Theory Cambridge University Press, 2nd Edition (2006)
Seminar Schedule:  8:30 -10:00 from Sun. 13/4/89 to Tue. 15/4/89

 

Speaker
Sunday 13/4/89 (is cancelled) Talebian - Mashhadi
Monday 14/4/89 (8:30 - 12:00) Taghi Navaz - Dehghani
Monday 21/4/89 (13:30-15:30) Sadeghian - Khajeh Tabrizi