| Computational Cosmology |
| Home |
| Week1: A.Klypin, S.Gottlober |
| Week2: A.Kravtsov, A.Zentner |
| Week3: V.Springel |
| Week4: N.Gnedin |
| Contact Us |
 |
| Day/Lecture | Title | Comment |
|---|---|---|
| Monday, 24 July | PM code: review of N-body codes and methods PM code: important building block of the modern codes - ART, TreePM - to calculate large-scale potential and long-range forces PM code blueprint description basic optimization techniques parallelization with OpenMP | Kravtsov |
| * | ||
| Tuesday, 25 July | AMR techniques in cosmology:
overview of the idea and the codes and techniques currently in use. description of the ART code (N-body+hydro). description of the AMIGA package and techniques (lecture by Alexander Knebe)MPI | Kravtsov, Knebe |
| * | ||
| Wednesday, 26 July | Halos and their substructure:
brief intro on assembly of halos, and origin and properties of substructure in config. and phase space. traditional halofinders (FOF, SO, DenMax) substructure savvy halo finders methods of identifying substructure in phase space | Kravtsov |
| * | ||
| Thursday, 27 July | Merger histories of halos and Extended Press-Schecter formalism:
the formalism blueprint for building a Monte Carlo EPS code to generate MAHs of the main progenitor. Parallelization of EPS code. | Andrew Zentner |
| * | ||
| Friday, 28 July | General issues of scientific codes:
code testing and validation comparisons of cosmological codes computer simulations as theoretical experiments | Kravtsov |
| * | Lectures and Code |