Quantum Metrology with Atoms in a Cavity

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Explores quantum entanglement, Bell inequalities, and self-testing in quantum systems.

Introduces the Bell test, exploring conclusions from local causality and quantum theory.

Delves into quantum entanglement, exploring entangled particles' state, evolution, and measurement.

Covers the notion of entanglement, dense coding, teleportation, and Bell inequality.

Explores entangled and product states in distributed computation with mathematical examples.

Explores Von Neumann Entropy in mixed states and density matrices, including quantum bits and entangled systems.

Covers the concept of entanglement and the teleportation protocol for transferring quantum states using classical bits of information.

Covers entanglement and Bell inequalities, focusing on entanglement swapping and the violation of Bell inequalities.

Explores Rydberg atoms for quantum information processing, highlighting their scaling properties and strong interactions for entangled states.

Introduces quantum sensing and metrology, exploring precision limitations and unified frameworks for analysis with elementary quantum systems.