Euclid Summer School
Two-week introduction to modern cosmology and its challenges. Covering observational techniques, theoretical concepts, statistical methods and simulations.
This program covers all aspects of modern cosmology. It begins with an introduction to the essential instrumental tools and techniques, including the design of instruments aimed at meeting scientific objectives, instrument performance, as well as photometry and spectroscopy methods.
The program also includes an introduction to cosmological simulations and advanced statistical techniques, with a particular emphasis on forecasting, machine learning and the use of scientific software tools.
- Foundations of the standard cosmological model
- Galaxy clustering
- Gravitational lensing
- Galaxy clusters
- Gravitational waves
- Supernovae
- The Hubble constant
- The first structures
- Dark matter
- CMB
- Introduction to forecasting
- Introduction to machine learning
- Statistical methods
- From science to instrument
- Performance of major cosmological surveys
- Infrared spectrometry
- Scientific communication
- Cosmological simulations
- Scientific Software Development for Euclid
- Euclid Archive System
- COBAYA
