PHYS5510 · Lecture recording

Lecture 6: Quantum Ensembles and Ideal Quantum Gases

Chapter 3: quantum ensembles, ideal Fermi and Bose gases, and the classical limit.

15 parts1:25:01 totalEnglish · 简体中文 · 繁體中文
Complete script:
Part 01

Quantum Measurements and Back-Action

06:30
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Part 02

Microcanonical States and Entropy

03:06
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Part 03

Matrix Functions and Pure-State Entropy

04:11
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Part 04

Conserved Particle Numbers and Chemical Potentials

08:00
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Part 05

Free Fermions and Occupation Numbers

06:55
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Part 06

The Fermionic Grand Partition Function

04:44
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Part 07

Chemical Potential and Mode Occupation

03:53
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Part 08

The Fermi–Dirac Distribution

07:20
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Part 09

Thermal Broadening of the Fermi Surface

04:13
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Part 10

Density of States in Three Dimensions

06:45
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Part 11

Grand Potential and the Equation of State

06:53
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Part 12

Recovering the Classical Ideal Gas

03:52
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Part 13

Chemical Potential, Fugacity, and the Classical Regime

09:13
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Part 14

Free Bosons and Quantum Statistics

02:45
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Part 15

Bosonic Partition Functions and the Condensation Preview

06:42
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