Useful Resources

Numerical Calculations Online

Ned Wright's Cosmology Calculator

Anthony Stone's Wigner 3-j symbol calculator

Course Notes from Others

Cosmology

Frank van den Bosch's graduate "Theory of Galaxy Formation" course at Yale---lecture notes and video recordings

Frank van den Bosch's "Physical Processes in Astronomy" course at Yale---lecture notes (1 200-page PDF)

Marc Kamionkowski's undergraduate "Cosmology'' at Caltech (JHU now)---lecture notes

Chris Hirata's undergraduate "Cosmology" at Caltech (second half of a year-long course)---lecture notes

David Weinberg's undergraduate "Introduction to Cosmology" at Ohio State---lecture notes

David Weinberg's graduate "Cosmology and Structure Formation" at Ohio State---lecture notes

P.J.E. Peebles' Nobel Lectures

Perturbation Theory (specific)

Ruth Durrer 2004 review

Robert Brandenberger 2003 Lecture Notes

McQuinn & White PT in 1+1 dimensions (exactly solvable)

Martin White 2010 review talk slides

Carlson, White & Padmanabhan, Comparison of Different PTs (2009)

Mathematical and Statistical Methods

David Weinberg's graduate "Numerical and Statistical Methods in Astrophysics" at Ohio State---lecture notes

Useful Review Articles

Cosmology

Weinberg et al. 2013, Observational Probes of Cosmic Acceleration

Hamilton 1998, Linear Redshift Distortions: A Review

Desjacques, Jeong & Schmidt 2016, Galaxy Bias

Bernardeau et al. 2002, Large-Scale Structure of the Universe and Cosmological Perturbation Theory

Donghui Jeong dissertation, 2010. Many useful chapters, especially on Perturbation Theory (ch. 2), power spectrum and bispectrum measurement and Fourier Transform-relevant interpolations (ch. 7) and Fourier Transforms (Appendix A). 

Recent white-paper on cosmological tensions, E. Di Valentino et al. Chapter 3 is useful on methods, and Chapter 5 on future surveys.

Star Formation

McKee & Ostriker 2007, Theory of Star Formation

Spherical Collapse and Related Ideas

Fillmore & Goldreich 1984, Self-Similar Spherical Blast Wave

Gunn & Gott 1972, Spherical Tophat Collapse in an Expanding Background

Lecture notes on Sedov-Taylor "Snowplow" Blast Wave Solution

Notes by Ryden on Sedov-Taylor

Review of spherical self-similar solutions in various settings (usually a static background) and with gravity in the introduction to my paper on ellipsoidal collapse

Obreschkow on Spherical Collapse---particularly nice and pedagogical

Nice MPA lecture notes

Integral Constraint

de Mattia & Ruhlmann-Kleider, Integral Constraints in Spectroscopic Surveys