String Theory - Spring 2009
First class: Monday February 2
No class: March 23, April 13
Last class: Monday May 18
Midterm: Monday March 30
Lecture times: Mondays 14.00-17.00
room: REC-B 3.41
(you can find the buildings on this
map)
credits: 6EC
Contact details:
Kostas
Skenderis
Office: 3.43 J/K
Telephone: 525 7306
Email: K.Skenderis@uva.nl
Masaki Shigemori
Office: 3.64 J/K
Telephone: 525 5738
Email
URL: http://staff.science.uva.nl/~skenderi/string_theory_2009.html
This course consists of a basic introduction to string theory.
We will partly follow the book
(Can also be ordered at bol.com).
We will also use the lectures notes by Paul Ginsparg, Applied Conformal Field Theory , and the two standard textbooks
Below we will keep track of the topics covered each week, so that you can see where we stand
in the class. There are several books about string theory, and there is a lot of
material available on the web, so it shouldn't be too hard to find additional background material.
Homework will be given every week and one of the homework problems
should be handed in for grading. There will be a midterm and a final exam.
The homework will count for 20% of the final grade, the midterm exam for
another 20% and the final exam for 60%.
The lectures will start with one hour recitation of the
material from the previous week and a discussion of the homework.
-
February 2: Covered pages 17-29. Suggested reading: Chapter 1.
Homework 1.
Hand in Problem 1 before February 9, 2pm.
Solutions to problem set 1 and bonus problem.
- February 9: Covered pages 30-35. Homework 2.
Hand in before February 16, 2pm.
Solutions to problem set 2.
- February 16: Covered pages 36-44. Homework 3.
Hand in Problem 1 before February 23, 2pm. Solutions to problem set 3.
-
February 23: Covered pages 44-48 Homework 4 .
Hand in before March 2, 2pm. Solutions to problem set 4.
-
March 2: Covered pages 48-53, excluding page 52 and pages 6-11 of
Ginsparg's lecture notes.
Homework 5 .
Hand in problem 3 before March 9, 2pm. Solutions to problem set 5.
-
March 9: Covered pages 11-22 of Ginsparg.
Homework 6 . Hand in problem 1 before March 16, 2pm. Solutions to problem set 6.
-
March 16: Covered pages 22-28, 31-32, 36-40 of Ginsparg.
Homework 7 . Hand in problem 1 before April 6, 2pm. Solutions to problem set 7.
-
March 23: No class
-
March 30: Open book midterm exam. You are allowed to bring your own notes,
BSS and Ginsparg's lecture notes.
-
April 6 : Discussed BRST quantization, section 3.2 of BSS.
Homework 8 . Hand in problem 1 before April 20, 2pm. Solutions to problem set 8.
-
April 13: No class
- April 20: Covered BBS pages 109-112, 118-128, 131-138.
Homework 9 . Hand in problem 1 before April 27, 2pm.
Solutions to problem set 9.
-
April 27: Covered BBS pages 187-195, 199-208, 231-232.
Homework 10 . Hand in problem 3 before May 4, 2pm.
Solutions to problem set 10.
-
May 4: Covered parts of sections 2 and 3 of
hep-th/9901050 .
Homework 11 . Hand in problem 2 before May 11, 2pm.
Solutions to problem set 11.
-
May 11: Discussed black holes in string theory and the AdS/CFT
correspondence. Covered parts of sections 4.1 and 4.3.2 of
hep-th/9901050 .
Wed 05/13: Graded homework can be picked up from Masaki's office.
-
May 18: Open book final exam.
You can pick up your graded final exam and your grade for the
course
from next Monday (25/5) from Masaki's office. No grading complaints
will be accepted after leaving the office.
- The re-take exam will be on Thursday June 18 at 12 o'clock in J/K 388.
This will be a closed-book exam, i.e. no notes or books will be
allowed during the exam. The re-take will count
for 60% of the grade, like the final exam.