Phys 451 
Introduction to Many-Body Theory

Semester: Spring 2001 
Instructor: Ceyhun Bulutay
Office: Room 220  Phone: 2511 
Office Hours: Tuesday 14:00-16:00
Course Schedule:
Tuesday  12:40 - 13:30  Room SAZ-21
Thursday  9:40 - 11:30  Room SAZ-21
Presentation Hour:
Thursday  13:40 - 14:30  Room SAZ-01
Exams & Grading (Tentative): 2 Midterms (25% each)
1st Midterm:  Mar. 27, 2001 (Tuesday)
2nd Midterm:  Apr. 26, 2001 (Thursday)
Final Exam (20%)
Final Exam: TBA
Presentation & Participation (20%)
HW (10%)
Make-up Exam Policy:
As it is vulnerable to abuse, it has been difficult to identify a genuine make-up examinee. Make-up exam will be after the final exam, and will be oral.
The individual is expected to have reached a guru-level comprehension by then.
Textbook:
John C. Inkson, "Many-Body Theory of Solids", (Plenum, NY, 1984); library-reserve. 
Supplementary:
E. K. U. Gross, E. Runge, and O. Heinonen, "Many-Particle Theory", (Adam Hilger, Bristol, 1991); library-reserve. 
Richard D. Mattuck, "A Guide to Feynman Diagrams in the Many-Body Problem", (Dover, 2nd ed., 1992).
G. D. Mahan, "Many-Particle Physics", (Plenum, 2nd ed., 1990).
N. H. March and M. Parrinello, "Collective Efects in Solids and Liquids", (Adam Hilger, 1982); library-reserve. 
Bedtime Reading:
Richard P. Feynman, "QED, The Strange Theory of Light and Matter", (Princeton University Press, 1985). First reading assignment; an easy-to-read popular level book.

 
 

Weekly Calender

Week Subject
#1 Feb. 6 Introduction ( 1, 2, 3, 4, 5) & The Interacting System (Ch.1)
#2 Feb. 13 Green's Functions of the Single-Particle Schroedinger Equation (Ch.2) 
#3 Feb. 20 Quantization of Waves (Ch.3) 
#4 Feb. 27 Quantization of Waves (cont'd) 
Mar. 6 Holiday Week 
#5 Mar. 13 Representations of Quantum Mechanics (Ch.4) 
#6 Mar. 20 Representations of Quantum Mechanics (cont'd)
#7 Mar. 27 Midterm-I & Many-Body Green's Functions (Ch.6) 
#8 Apr. 3 Many-Body Green's Functions (cont'd) 
#9 Apr. 10 Many-Body Green's Functions (cont'd) 
#10 Apr. 17 The Self-Energy and Perturbation Series (Ch.7) 
#11 Apr. 24 The Self-Energy and Perturbation Series (cont'd) & Biathlon
#12 May 1 Diagrammatic Interpretation of The Green's Function (Ch.8) 
#13 May 8 Feynman Diagrams (cont'd) 
#14 May 15 Closing Address & Presentations