253b Actual Syllabus
Physics 253b is a continuation of Physics 253a. Below is a very preliminary syllabus. I have not
taught this course in many years, so I am starting over from scratch, and I am sure that a lot of
these items will evolve as we go along. All of this would be fun, but I am not sure how much we
will be able to do. It is very unlikely that I will cover all these topics in lecture, but I hope to touch
on most of this either in lecture or problems. From the very beginning and throughout the course, I
will emphasize the idea of a Quantum Field Theory as an effective description of physics in some
limited range of energies.
1.
φ
→
γγ
and effective field theory
(a) neutral pseudoscalar
φ
with mass
m
φ
¿
m
e
with Yukawa coupling to electrons
(b) calculate decay rate into
γγ
from quantum loops
(c) effective field theory (EFT) and matching
(d)
Γ[Φ]
, 1PI graphs, the loop expansion, the background field method, and all that
2. the muon anomalous magnetic moment and large logs
This
preview
has intentionally blurred sections.
Sign up to view the full version.
This is the end of the preview.
Sign up
to
access the rest of the document.
- Spring '10
- GEORGI
- Physics, Quantum Field Theory, Quantum chromodynamics, Field theory, symmetry non-Abelian flavor, non-Abelian flavor symmetry
-
Click to edit the document details
