course dates credits
Quantum Field Theory I Oct 2 - Dec 14 2
teachers schedule term
Marco Serone 8:30 - 9:45 1

Program:

An essential part of the course will be provided by several exercises to be solved. The exercises will concern the computation of Feynman graphs relevant for the course, their explicit renormalization, and various alternative techniques for field theory computations. The topics with (*) are optional for students in the Astroparticle curriculum.

Prerequisites:

Books:

Online Resources:

Filename Size (bytes) Date Modified
QFTExam_2011_winter.pdf 52.58 KB May 23 2017 2:07 PM
QFTExam_2012_summer.pdf 68.91 KB May 23 2017 2:07 PM
QFTExam_2012_winter.pdf 78.52 KB May 23 2017 2:07 PM
QFTExam_2013_summer.pdf 75.46 KB May 23 2017 2:07 PM
QFTExam_2013_winter.pdf 75.77 KB May 23 2017 2:07 PM
QFTExam_2014_winter.pdf 69.18 KB May 23 2017 2:07 PM
QFTExam_2015_winter.pdf 69.1 KB May 23 2017 2:07 PM
QFTExam_2016_summer.pdf 67.01 KB May 23 2017 2:07 PM
QFTExam_2016_winter.pdf 84.75 KB May 23 2017 2:07 PM
QFTExam_2017_winter.pdf 86 KB Sep 27 2017 10:06 PM
QFT_Review_Sep17_2017.pdf 1.73 MB Sep 27 2017 10:07 PM