Date
|
Topic
|
Speaker
|
Notes
|
21 October
14-16 h
|
Organization meeting.
xxxx
|
Everyone
xxxx
|
xxxx
|
28 October
14-16 h
|
Lorentz symmetry and Lagrangian construction (if needed).
Lagrangian construction in arbitrary coordinate systems (if needed).
|
Javier Rubio
Javier Rubio
|
xxxx
xxxx
|
4 November
14-16 h
|
General Relativity in a nutshell (if needed).
Cosmology in a nutshell (if needed).
|
Javier Rubio
Javier Rubio
|
xxxx
xxxx
|
11 November
14-17 h
|
Quantization of a scalar field with a time-dependent mass.
Ambiguity of the vacuum state and correlation functions.
The Schwinger effect.
|
Arvid Weyrauch
Jordan Krasowski
Robert Ott
|
Notes
Notes
Notes
|
18 November
14-16 h
|
Introduction to inflation.
Quantum fields in de Sitter spacetime.
|
Dennis Sauter
Aian Khanakhmedov
|
Notes
Notes
|
25 November
14-16 h
|
Quantum fluctuations during inflation.
Inflationary observables.
|
Cristian Alexa
Deniz Gündüz
|
Notes
Notes
|
2 December
14-17 h
|
Decoherence without decoherence.
Preheating after inflation.
Preheating in the lattice.
|
David Wellnitz
Julius Mildenberger
Fabian Przybilla
|
Notes
Notes
Notes
|
9 December
14-17 h
|
Moving mirrors
The Unruh effect.
Hawking radiation.
|
Ade Adeifeoba
Dominic Chia
Alex Fontana
|
Notes
Notes
Notes
|
16 December
No seminar
|
xxxx
xxxx
|
xxxx
xxxx
|
xxxx
xxxx
|
23 December
No seminar
|
xxxx
xxxx
|
xxxx
xxxx
|
xxxx
xxxx
|
13 January
14-16 h
|
KMS condition and Green functions.
Euclidean Field Theory: revisiting Unruh, Hawking and de Sitter.
|
Martin Pauly
Giada Peron
|
Notes
Notes
|
20 January
14-17 h
|
The black hole information paradox.
AdS/CFT and information paradox.
Analog gravity.
|
Jan Schneider
Alejandro Menaya
Ivan Kostyuk
|
Notes
Notes
Notes
|
27 January
14-16 h
|
Effective action for time-dependent harmonic oscillator in quantum mechanics.
Effective action in a external gravitational field.
|
Christian Alexa
Salvador Ramirez
|
Notes
Notes
|
3 February
14-16 h
|
The heat kernel computation.
The conformal anomaly.
|
Pablo Herrero
Igor Bröckel
|
Notes
Notes
|
10 February
14-17 h
|
Why Quantum Gravity? What is a graviton?
The ADM decomposition
The Wheeler-deWitt equation.
|
Clemens Vittmann
Viktor Jägersküpper
Matias Hersch
|
Notes
Notes
Notes
|
|
|
|
|
Javier Rubio 