Programa
| Ter (26/11) | Qua (27/11) | Qui (28/11) | Sex (29/11) | |
|---|---|---|---|---|
| 09:00 | Alexis Finogenov | Arjun Berera | David Nesvorny | Arjun Berera |
| 10:15 | intervalo | intervalo | intervalo | intervalo |
| 10:45 | Arjun Berera | David Nesvorny | Alexis Finogenov | David Nesvorny |
| 12:00 | almoço | almoço | Livre | almoço |
| 14:00 | David Nesvorny | Alexis Finogenov | - | |
| 15:15 | intervalo | intervalo | intervalo | |
| 15:45 | Alexis Finogenov | Arjun Berera | - | |
| 17:00 | Recepção |
Minicursos
Arjun Berera: Early Universe Cosmology
- 26/11: The Early Universe - observing and explaining it
- 27/11: Particle cosmology of the Big Bang model
- 27/11: Inflationary cosmology and observational evidence related to it
- 29/11: Warm inflation
Alexis Finoguenov: High Energy Astrophysics
- 26/11: High energy radiation processes
- 26/11: Astrophysical sources of high energy radiation
- 27/11: High energy observatories
- 28/11: Groups and clusters of galaxies in X-rays
David Nesvorny: The NEO population: Dynamics & observations
- 26/11: - What are the Near Earth Asteroids (NEAs)? Why do we care? Observations, basic dynamical processes.
- 27/11: - What is a dynamical model for NEAs? How do we build it? N-body simulations, observational biases, model parameters.
- 28/11: - Putting things together. Bayesian inference with Multinest. Results: orbit/magnitude distributions, thermal/tidal disruption.
- 29/11: - Adding WISE albedo constraints, size distribution, and impact flux on the Earth. Future with the NEO Surveyor and Rubin Observatory.