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Lecture 36: Fermi and Bose particles Chapter 10, Friday April 11 th

Lecture 36: Fermi and Bose particles Chapter 10, Friday April 11 th. The Fermi gas at T = 0 Properties of a Fermi gas as T → 0 Examples of Fermi systems. Reading: All of chapter 10 (pages 188 - 207) Homework 10 due Wed. Apr. 16th at 5pm Assigned problems, Ch. 10 :

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Lecture 36: Fermi and Bose particles Chapter 10, Friday April 11 th

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  1. Lecture 36: Fermi and Bose particles Chapter 10, Friday April 11th • The Fermi gas at T = 0 • Properties of a Fermi gas as T → 0 • Examples of Fermi systems Reading: All of chapter 10 (pages 188 - 207) Homework 10 due Wed. Apr. 16th at 5pm Assigned problems, Ch. 10: Exam 3 next Friday (18th), Chs 8-10 Review next week (time/place TBA)

  2. Fermi/Bose distribution functions

  3. n ~ nQ nQ ~ T3/2 Fermi/Bose distribution functions

  4. Fermi-Dirac distribution function

  5. T-dependence of chemical potential Classical

  6. Fermi surface kz ky kx

  7. Fermi-Dirac distribution function

  8. Low-temperature heat capacity Copper

  9. Low-temperature contribution to entropy Linear regime

  10. Examples of Fermi systems Dilute 3He in superfluid 4He

  11. Examples of Fermi systems Electrons in metals (dense system)

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