P. Grangier: Experimental tests of Bell’s inequalities at Institut d’Optique '80. Future directions.

Lecture 14: Gravitational wave sources and detectors, Schwarzschild metric

Albert Rico (Jagiellonian University): Nonlocality of channels under decoherence

Gamma-Ray Bursts fundamental plane relation, SNe Ia, BAO and Quasars: the cosmological application

Lecture 13: Gravitational waves

Dr. Oliver Reardon-Smith (CTP PAS): Classically simulating quantum computations

Lecture 12: Gravitational frequency shift, equations of motion, gravitational waves

P. Kurzynski (Adam Mickiewicz University): Detection of Quantum Chaos with Quantum Hamming Distance

Pierwszy pomiar prędkości rotacji czarnej dziury przy pomocy „chyboczącej” materii gwiezdnej

Coral Skeletons: Interplay between Crystallographic Processes and Cellular, Physiological Mechanisms

Lecture 11: Christoffel symbols, linearized gravity, Newtonian approximation

Dr P. Mróz: Toward the mass function of black holes with modern observations of microlensing events

Lecture 10: Riemann tensor, geodesic deviation equation, Einstein equations

Jerzy Kijowski (CTP PAS): How to measure energy carried by gravitational waves: a pedestrian version

Lecture 9: Riemann tensor

Sesja sprawozdawcza/Reporting session CTP PAS 22.03.2024

Lecture 8: Christoffel symbols, curvature, Riemann tensor

M. H. Mohammady (RCQI, IP SAS): Quantum measurements constrained by the third law of thermodynamics

Mgr K. Schlichtholz: Mesoscopic description of entanglement of bosonic fields and its open evolution

Lecture 7: Levi-Civita connection, Christoffel symbols, geodesics

Dr Chiranjib Mukhopadhyay (UESTC, Chengdu, China): Modular Many-Body Quantum Sensors

Prof. Paweł Nurowski (Center for Theoretical Physics PAS): What is an acoustic decaphonic piano?

Lecture 6: Coordinate transformations, connection, pseudo-Riemannian manifolds

Lucas Tendick (Inria Paris-Saclay): Distributed Quantum Incompatibility

Dr. N. Shahamat (Isfahan Univ. of Technology): GRB central engines and electromagnetic transients

Lecture 5: Manifolds, coordinates and tensors

Dr. John Selby (University of Gdansk): Contextuality without incompatibility

Dr. Konrad Szymański (Universität Siegen): Reduction of noise effects in imperfect graph states

M. Lewenstein (Institute of Photonic Sciences, ICFO): Attoscience, Nobel 2023 and Quantum Simulators

Lecture 4: Special relativity, equivalence principle, Mach’s principle