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1
lecture 5
density of states, pressure, bulk modulus, finite temperature ideal fermi gas, chemical potential
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2
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3
lecture 6
specific heat of electron gas, transport properties in Sommerfeld model
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4
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5
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6
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14
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15
lecture 9
de Haas - van Alphen effect, screening by the electron gas, Thomas-Fermi dielectric function
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16
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17
lecture 10
Thomas-Fermi dielectric function, Debye-Huckle dielectric function
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18
lecture 11
Lindhard dielectric function, Friedel oscillations, Kohn effect, RKKY interaction and the spin glass
make-up lecture, 2pm in BL 480
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19
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20
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