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Special Relativity

  • 1. Special Relativity
  • 2. Special Relativity - Notes
  • 3. Inertial reference frames and Lorentz’s transformations
  • 4. Electromagnetism

General Relativity

  • 5. General Relativity
  • 6. General Relativity - Notes

Statistical Mechanics

  • 7. Statistical Physics
  • 8. Liouville theorem and Boltzmann equation
  • 9. Statistical Physics - Notes
  • 10. Statistical Physics - Statistics Miscellanea
  • 11. Ising model
    • 11.1. Ising model - Notes
    • 11.2. Markov processes
    • 11.3. Ising model - Numerics
  • 12. Entropy and arrow of time

Quantum Mechanics

  • 13. Quantum Mechanics
  • 14. Quantum Mechanics - Notes

Solid State Physics

  • 15. Introduction to Solid State Physics
  • 16. Notes about Solid State Physics
  • 17. Introduction to Semiconductors
    • 17.1. Introduction to the QM of Solids
    • 17.2. Semiconductors in Equilibrium
    • 17.3. Carrier Transport Phenomena
    • 17.4. Non-equilibrium Excess Carriers in Semiconductors
    • 17.5. \(p\)-\(n\) Junctions
    • 17.6. \(p\)-\(n\) Diodes
  • .md

Introduction to Semiconductors

17. Introduction to Semiconductors#

Following mainly D.A.Naemen, Semiconductor Physics and Devices

  • Introduction to the QM of Solids

  • Semiconductors in Equilibrium

  • Carrier Transport Phenomena

  • Non-equilibrium Excess Carriers in Semiconductors

  • \(p\)-\(n\) Junction

  • \(p\)-\(n\) Junction Diode

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17.1. Introduction to the QM of Solids

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