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Explore advanced topics in gravitation and cosmology through this comprehensive lecture series from the International Centre for Theoretical Sciences. Delve into Wald's Covariant Phase Space Formalism across five detailed lectures by Sudipta Sarkar, covering the mathematical framework essential for understanding symmetries and conserved quantities in general relativity. Master neutron star perturbation theory through five progressive lectures by Nils Andersson, examining the oscillations and stability of these extreme astrophysical objects. Investigate black holes in general relativity and beyond through five lectures by Thomas Sotiriou, exploring both classical and modified theories of gravity. Study dynamical horizons and their applications in five lectures by Badri Krishnan, focusing on the geometric properties of black hole boundaries and their physical significance. Learn about quasi-local black hole horizons in an additional specialized lecture, providing deeper insights into the local structure of spacetime around black holes. Gain expertise in cutting-edge theoretical physics concepts essential for research in gravitational physics, cosmology, and astrophysics through this intensive academic program designed for graduate students and researchers.
