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Correlations, Entanglement and Resources in Quantum Information Science - Lecture 1 & 2
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Classroom Contents
Advanced School and Workshop on Quantum Science and Quantum Technologies
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- 1 Correlations, Entanglement and Resources in Quantum Information Science - Lecture 1 & 2
- 2 Quantum Thermodynamics - Lecture 1
- 3 Topological Phases of Matter with Ultracold Atoms and Photons - Lecture 1
- 4 Quantum Information Science with Atomic Trapped Ions - Lecture 1
- 5 Correlations, Entanglement and Resources in Quantum Information - Lecture 3
- 6 Quantum Thermodynamics - Lecture 2
- 7 Quantum Information Science with Atomic Trapped Ions - Lecture 2
- 8 Topological Phases of Matter with Ultracold Atoms and Photons - Lecture 2
- 9 Quantum Bounds, Quantum Estimation, and Quantum Metrology - Lecture 1
- 10 Tentative: Correlations, Entanglement and Resources in Quantum Information - Lecture 5
- 11 Quantum Thermodynamics - Lecture 3
- 12 Quantum Information Science with Atomic Trapped Ions - Lecture 3
- 13 Quantum Bounds, Quantum Estimation, and Quantum Metrology - Lecture 2
- 14 Topological Phases of Matter with Ultracold Atoms and Photons - Lecture 3 & 4
- 15 Tensor Networks - Lecture 1
- 16 Introduction to Ultracold Atoms in Quantum Technologies - Lecture 1
- 17 Multipartite Entanglement - Lecture 1
- 18 Quantum Bounds, Quantum Estimation, and Quantum Metrology - Lecture 3
- 19 Quantum Information Science with Atomic Trapped Ions - Lecture 4
- 20 Tensor Networks - Lecture 2
- 21 Quantum Information Processing with Superconducting Circuits - Lecture 1
- 22 Multipartite Entanglement - Lecture 2
- 23 Introduction to Ultracold Atoms in Quantum Technologies - Lectures 2 & 3
- 24 Machine Learning Techniques for Quantum Many-Body Physics - Lecture 1
- 25 Quantum Information Processing with Superconducting Circuits - Lecture 2
- 26 Tensor Networks - Lecture 3
- 27 Machine Learning Techniques for Quantum Many-Body Physics - Lecture 2
- 28 Multipartite Entanglement - Lecture 3
- 29 Machine Learning Techniques for Quantum Many-Body Physics - Lecture 3
- 30 Quantum Information Processing with Superconducting Circuits - Lecture 3
- 31 Tensor Networks - Lecture 4
- 32 Introduction to Ultracold Atoms in Quantum Technologies - Lecture 4
