Lectures

1. Jan AMBJØRN (Niels Bohr Institute, Copenhagen and Radboud University, Nijmegen)
   Quantum Geometry: from the ultraviolet to the infrared
2. Eugenio BIANCHI (Institute for Gravitation and the Cosmos, PennState)
   Loop quantum gravity and quantum information
3. Chris van den BROECK (Utrecht University and NIKHEF)
   Probing strong gravity with gravitational waves
   Lensing of gravitational waves: fundamental physics, astrophysics, and cosmology
4. Marco CIRELLI (LPTHE, CNRS and Sorbonne University, Paris)
   Dark Matter: candidates and status of searches
5. Zoheyr DOCTOR (CIERA, Northwestern University, Evanston)
   Gravitational waves and stellar mass black hole mergers
6. John DONOGHUE (University of Massachusetts, Amherst)
   Effective field theory and quantum general relativity
7. Maciej DUNAJSKI (DAMTP, University of Cambridge)
   Gravitational instantons, old and new
8. Gia DVALI* (Ludwig Maximilians University and Max Planck Institute for Physics, Munich)
   t.b.a.
9. Astrid EICHHORN (University of Southern Denmark, Odense)
   The asymptotic safety paradigm for quantum gravity and matter
10. Jose A. FONT (University of Valencia)
    Gravitational waves from neutron stars: detection prospects and inferences for two distinct types of remnants
11. Viatcheslav MUKHANOV* (Arnold Sommerfeld Center, Ludwig Maximilians University, Munich)
    t.b.a.
12. Maulik PARIKH (Arizona State University, Phoenix)
    t.b.a.
13. Mikhail SHIFMAN (University of Minnesota, Minneapolis)
    Soft theorems for sigma models with 2d target space
14. Raju VENUGOPALAN (Brookhaven National Laboratory and Stony Brook University)
    Universal features of 2-> N scattering in QCD and gravity: from amplitudes to shockwaves
15. Alexander VIKMAN (CEICO, FZU-Institute of Physics, Czech Academy of Sciences, Prague)
    Domain walls and their gravitational waves
16. Cong ZHANG (Friedrich-Alexander-Universität, Erlangen-Nürnberg)
    Introduction to loop quantum black holes models

Seminars

1. Aranya BHATTACHARYA (Jagiellonian University)
   Islands and Page curve analogue of complexity for eternal black holes
2. Luca CAFARO (University of Warsaw)
   Status of Birkhoff's theorem in polymerized semiclassical regime of Loop Quantum Gravity
3. Satyaki CHOWDHURY (Jagiellonian University)
   Quantum complexity as a probe of de Sitter horizon
4. Adam CIEŚLIK (Jagiellonian University)
   Monte Carlo simulation of a planar accretion of the relativistic Vlasov gas onto a moving Schwarzschild black hole
5. Ilim Irfan CIMDIKER (University of Szczecin)
   Impact of nonextensive entropies on black holes
6. Grzegorz CZELUSTA (Jagiellonian University)
   Quantum computations in Planck scale physics
7. Fabio van Dissel (IFAE, Barcelona)
   t.b.a.
8. Denis DOBKOWSKI-RYŁKO (University of Gdańsk)
   Comparison of the known generalizations of quadrupole formulas
9. Filip FICEK (University of Vienna)
   Dynamics of conformal cubic scalar field in asymptotically-AdS black hole spacetimes
10. Paul FRAMPTON
    Status of electromagnetic accelerating universe
11. Jerzy KNOPIK (Jagiellonian University)
    Nonlinear Klein-Gordon equation with cubic-quintic power nonlinearities
12. Lavish LAVISH (Jagiellonian University)
    Entanglement negativity in TTbar deformed CFT_2’s and holography
13. Dawid MASKALANIEC (University of Warsaw)
    Creation of Hawking quanta far away from the event horizon
14. Paola C. MOREIRA DELGADO (Jagiellonian University)
    Gravitational wave resonance in ultralight dark matter halos
15. Shi PI (ITP, Chinese Acadaemy of Sciences)
    t.b.a.
16. Emiliano RIZZA (Jagiellonian University)
    Lorentz symmetry violating Lifshitz-type field theories
17. Pinaki ROY (University of Warsaw)
    Estimating the Hubble constant from the GW mock data of Einstein Telescope
18. Sreeta ROY (University of Warsaw)
    Binary white dwarfs as gravitational wave sources in the LISA sensitivity range
19. Karol URBANSKI (Jagiellonian University)
    Maximising survival time using rockets under the event horizon of a Schwarzschild black hole
20. Deng WANG (University of Valencia)
    Evidence for enhanced growth of cosmic structure
21. Saboura sadat ZAMANI (University of Szczecin)
    Gravitational lensing from clusters of galaxies to test disformal couplings theories

t.b.a. - to be announced
* - to be confirmed