21.11 Summary: Thermodynamic laws and thermodynamic processes 

Lecture notes here 

19.11 Summary: Equilibrium statistical states 

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Part1:

Video part 1: here

Podcast part 1: here 

Part2:

Video part 2: here

Podcast part 2: here 

14.11 Phonon gas and Einstein solid

Lecture notes here 

Part1:

Video part 1: here

Podcast part 1: here 

Part2:

Video part 2: here

Podcast part 2: here 

12.11 Black-body radiation

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07.11 Degenerate Fermi gases 

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05.11 Fermi and Bose distributions 

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31.10 Partition function and Helmholtz free energy; Ideal gas  

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29.10 Partition function and Helmholtz free energy; example for distinguishable particles 

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03.10 Boltzmann statistics

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01.10 Phase transformations

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24.09 Free energies and Legendre transforms

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Pre-recorded video: here

Pre-recorded podcast: here 

19.09 Free energies 

Lecture notes here

Podcast: 

PartB

17.09 Thermodynamic equilibrium: temperature, pressure, and chemical potential: applications to Einstein crystal and ideal gas 

Lecture notes here

Podcast: 

PartA

12.09 Thermodynamic equilibrium: temperature and pressure, gas expansion application 

Lecture notes here

10.09 Entropy and the second law of thermodynamics

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05.09 Multiplicity of a macrostate in the ideal gas model

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03.09 Large multiplicity limit: Stirling approximation of N! with applications to paramagnets and two-interacting Einstein crystals

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29.08 Macrostates and Microstates: applications to two-spin systems, random walk and Einstein crystal

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27.08 Ideal gas model and Equipartion of energy; Mean-free path/Diffusion

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22.08 Temperature, Heat, Work : First principle of thermodynamics (application to gas expansion)

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20.08 Birds-eye view on thermodynamics and statistical physics

Lecture notes: here