Part 01
Fermi Statistics and the Classical Limit
03:40
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PHYS5510 · Lecture recording
Lecture 7: Bose–Einstein Condensation and Quantum Entanglement
Chapter 3: Bose–Einstein condensation, reduced density matrices, and quantum entanglement.
17 parts1:26:55 totalEnglish · 简体中文 · 繁體中文
Complete script:
Part 02
Bose Statistics, Bunching, and Antibunching
06:53
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Part 03
Boson Thermodynamics and Excited-State Saturation
08:35
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Part 04
Bose–Einstein Condensation and the Condensate Fraction
07:49
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Part 05
Critical Temperature and the Thermodynamic Limit
05:45
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Part 06
Realizing Condensation in Atomic Gases
06:43
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Part 07
Trap Geometry and the Condensation Phase Diagram
02:40
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Part 08
Learning Statistical Mechanics from Different Perspectives
04:55
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Part 09
Composite Quantum Systems and Their Environments
06:23
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Part 10
Reduced Density Matrices and the Partial Trace
05:06
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Part 11
Product States, Bell States, and Local Information
05:01
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Part 12
Entanglement and Nonfactorizable States
03:57
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Part 13
Bipartite Entanglement Entropy
05:05
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Part 14
Schmidt Decomposition and the Entropy Bound
07:09
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Part 15
Compressing Quantum States with Singular Values
02:14
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Part 16
Mutual Information and Purity Measurements
02:01
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Part 17
Area Laws and Canonical Typicality
02:59
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