
Programme
Each day consists of four 1.5 hour lectures starting at 9:00. There will be coffee breaks following each lesson and a lunch before the third lecture at 12:30. Lectures end at 17:30 after which there is time for social activities, doing exercise in the surrounding area or visiting Haapsalu town. For any questions regarding the summer school, please contact us at excosm2025@ut.ee.
Day 1: Theory of the cosmic web
9:00 | Elmo Tempel | Welcome and Practical Information |
9:10 | Rien van de Weygaert | Overview of the Cosmic Web |
10:40 | Coffee break | |
11:10 | Rien van de Weygaert | Formation and dynamics of the Cosmic Web |
12:40 | Lunch | |
14:00 | Job Feldbrugge | Dynamical origin of the Cosmic Web |
15:30 | Tea break | |
16:00 | Bernard Jones | Discovering the Cosmic Web |
Day 2: Simulated cosmic web
9:00 | Noam Libeskind | Cosmological simulations and simulated Cosmic Web |
10:30 | Coffee break | |
11:00 | Noam Libeskind | Reconstructions and constrained simulations: cosmography |
12:30 | Lunch | |
14:00 | Daniela Galarraga-Espinosa | Cosmic Web filaments and it’s properties |
15:30 | Tea break | |
16:00 | Daniela Galarraga-Espinosa | Effect of the multi-scale web filaments on galaxy evolution |
Day 3: Observed cosmic web
9:00 | Elmo Tempel | Cosmic Web in current and upcoming redshift surveys |
10:30 | Coffee break | |
11:00 | Edward N. Taylor | Redshifts, distances and peculiar velocities |
12:30 | Lunch | |
14:00 | Punyakoti Ganeshaiah Veena | Neural network reconstructions of the Cosmic Web |
15:30 | Tea break | |
16:00 | Excursion | Guided tour to the Haapsalu Castle |
Day 4: Cosmic web and galaxies
9:00 | Elmo Tempel | Cosmic Web characterisation in redshift surveys, observational selection effects |
10:30 | Coffee break | |
11:00 | Peeter Tenjes | Star formation in galaxies and formation of first stars and galaxies |
12:30 | Lunch | |
14:00 | Edward N. Taylor | Measuring the masses of galaxies and structures |
15:30 | Tea break | |
16:00 | Peeter Tenjes | Formation and evolution of galaxies, gas inflows and outflows |
Day 5: Mathematical modelling of the cosmic web
9:00 | Radu Stoica | Random patterns and structures in spatial data |
10:30 | Coffee break | |
11:00 | Radu Stoica | (Cosmic Web) pattern detection methodology and MCMC simulation algorithms |
12:30 | Lunch | |
14:00 | Didier Gemmerle | Exploratory and parametric statistical analysis of spatial data using Gibbs marked point processes with interactions (practical session) |
15:30 | Tea break | |
16:00 | Nathan Gillot | Posterior sampling algorithms of Gibbs marked point processes with interactions (practical session) |