The school will introduce the general concepts of Loop Quantum Gravity, its roots into general relativity, and the key techniques and recent results in the field, from black hole physics (entropy counting, singularity resolution) and cosmology (big bounce scenarios, cosmological perturbations), to the interplay with quantum information (entanglement entropy and subregions of spacetime), and the possibility of table-top experiments (measuring gravity-mediated entanglement).
This session is organized by: Eugenio BIANCHI, IGC, Penn State University, USA Etera LIVINE, ENS Lyon, France Carlo ROVELLI, CNRS CPT-UMR7332, France Simone SPEZIALE, CNRS CPT-UMR7332, France Francesca VIDOTTO, Department of Physics, Western Ontario University, Canada
More information can be found on the session's website.
Published on September 20, 2024
Updated on December 10, 2024
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