blackboard

waynehu

Professor, Department of Astronomy and Astrophysics
University of Chicago

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CMB Introduction '96   Intermediate '01   Polarization Intro '01   Cosmic Symphony '04   Polarization Primer '97   Review '02   Power Animations   Lensing   Power Prehistory   Legacy Material '96   PhD Thesis '95 Baryon Acoustic Oscillations Cosmic Shear Clusters
Transfer Function WMAP Likelihood Reionization PPF for CAMB Halo Mass Conversion Cluster Abundance
Cosmology I [legacy 321] Cosmology II [321] Current Topics [282] Galaxies and Universe [242] Radiative Processes [305] Research Preparation [307] GR Perturbation Theory [408] CMB [448] Cosmic Acceleration [449]

Advanced CMB

Astro 448
MTh 3:00-4:20 AAC 123

This course will have a heavy emphasis on the theory of cosmic microwave background anisotropies.

Requirements for this course are the Ast 321 or the physics dept cosmology course. Rudimentary GR knowledge will be assumed - FRW metric, tensor index manipulation.

There will be approximately 1-2 problems or paper reading per week as homework. There will be no final or final project but the final problem set will be more extensive.

Note I will be away October 7 so class will be cancelled that day. I will try to make up the difference later on.

There will be a special lecture November 11 by Stephan Meyer on CMB experiments.

Complete Lecture Notes

Problem Sets

Problem Set 1: hands on with CMBfast

Problem Set 2: Thomson scattering, tight coupling approximation

Problem Set 3: External potentials and the Green's Method

Problem Set 4: Polarization and coordinate transformations

Problem Set 5: Reading assignment: Bardeen (1980)

Problem Set 6: Scalar Fields I

Problem Set 7: Scalar Fields II

Problem Set 8: Final problem set

Crude Road Map

Week 1

Week 2

Week 3

Week 4

Week 5

Week 6

Week 7

Week 8

Week 9