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13
spring break
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14
lecture 16
quantum harmonic osciallator at temperature T, Bose-Einstein and Fermi-Dirac statistics, Pauli exlusion principle, occupation number representation, density matrix for two non-interacting particles
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15
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16
lecture 17
quantum correlations as an effective classical pair interaction, N-particle partition function in the position-space basis, partition functions for non-interacting quantum ideal gas, classical partition function in the occupation number representation
HW #4 due
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17
lecture 18
average occupation number, the classical vs quantum limits of the ideal gas, the quantized harmonic oscillator as bosons
9:40 - 10:55 am in BL 372
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18
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19
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27
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28
lecture 19
Debye model for specific heat of a solid, black body radiation
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29
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30
lecture 20
quantum ideal gas, standard functions, pressure, density, energy, the leading correction to the classical limit, the degenerate Fermi gas and the Fermi energy
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31
lecture 21
degenerate Fermi gas, ground state energy, the Sommerfeld expansion, chemical potential at finite temperature, specific heat
9:40 - 10:55 am in BL 375
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