LSS Mini-course
Summer 2003
There will be a mini-course on large-scale structure, held in the Astronomy
department (Rm 544) July 7-11, in the afternoons from 2-4:30 pm.
The purpose of this course is to review foundational material in the subject
of large-scale structure and to cover more advanced topics not regularly
covered in the currently offered courses.
The course will run as follows: certain more specialized topics will be
covered by faculty or postdocs with particular expertise in the topic.
More basic, "general-knowledge" sorts of topics will be covered by
students in the course who volunteer to read up on the subject and prepare
a lecture. In general, all students will be assigned some reading on the
subject; the presenter will read a bit more widely and present the
material in class. Hopefully the class will be small enough that the
format can be more discussion-style than lecture-style.
Course outline
- Monday
- Things you do with redshift surveys: a journal club on recent LSS papers
- Tuesday
- Luminosity functions.
Darren Madgwick
Notes:
- Tuesday
- Theoretical basics:
the power spectrum, transfer functions and the growth of perturbations;
relations to background cosmology.
Overview of methods for measuring the power spectrum; current constraints.
Brian Gerke
Reading:
- Wednesday
- From continuous fields to point processes: the Poisson model and
optimal sampling.
Michael Boylan-Kolchin
Notes:
- Wednesday
- Cosmology from the abundance of objects: the Press-Schechter
formalism (and extentions, e.g., Sheth & Tormen).
Jared Mehl
Notes:
- Thursday
- Computing two-point statistics (correlation function, power spectrum):
overview, history, and recent developments.
Joanne Cohn
Reading:
- Thursday
- Redshift space distortions: the Kaiser formula and beyond.
Shwetabh Singh
Reading:
- Friday
- The many meanings of bias.
Martin White
Reading:
- Friday
- The halo model -- a basic overview.
Renbin Yan
Reading:
- Friday
- Lower-dimensional surveys (weak lensing, SZ).
CANCELLED
Also some notes on higher-order perturbation theory
by Jordan Carlson. This PDF has embedded animations which are best viewed
using the Adobe reader.
A list of past, present and future galaxy redshift surveys can be found by
following this link.
Back to Home Page