PHY530 - Refresher Course in Physics (2022-2023)

Section outline

• Select section General

  General

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  • Select activity General discussion about the refresher program

    

    General discussion about the refresher program Forum

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  • Select activity Announcements

    

    Announcements Forum
• Select section Lecture notes

  Lecture notes

  • Select activity PHY530 Lecture Notes 2020

    

    PHY530 Lecture Notes 2020 File

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• Select section Lecture 1: Quantum mechanics postulates

  Lecture 1: Quantum mechanics postulates

  • Select activity PHY530 lecture 1-annotated

    

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  • Select activity PHY530 Lecture 1.1 Intro + Thermo (27 min)

    

    PHY530 Lecture 1.1 Intro + Thermo (27 min) Nudgis resource

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  • Select activity PHY530 Lecture 1.2 QM postulates (25 min)

    

    PHY530 Lecture 1.2 QM postulates (25 min) Nudgis resource

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  • Select activity PHY530 Tutorial 1

    

    PHY530 Tutorial 1 File

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  • Select activity PHY530 Lecture 1.3 Potential well - Eigen states (tutorial) (17 min)

    

    PHY530 Lecture 1.3 Potential well - Eigen states (tutorial) (17 min) Nudgis resource

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  • Select activity PHY530 Lecture 1.4 Potential well - Quantum rules (tutorial) (20 min)

    

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  • Select activity PHY530 Lecture 1.5 Potential well - Double well (tutorial) (13 min)

    

    PHY530 Lecture 1.5 Potential well - Double well (tutorial) (13 min) Nudgis resource

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  • Select activity PHY530 Lecture 1.6 Conclusions (3 min)

    

    PHY530 Lecture 1.6 Conclusions (3 min) Nudgis resource

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  • Select activity Test your knowledge on lecture 1 !

    

    Test your knowledge on lecture 1 ! Quiz

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• Select section Lecture 2: Plane waves & density of states

  Lecture 2: Plane waves & density of states

  • Select activity PHY530 lecture 2-annotated slides

    

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  • Select activity PHY530 Lecture 2 Introduction (2 min)

    

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  • Select activity PHY530 Lecture 2.1 Free particles - plane waves (20 min)

    

    PHY530 Lecture 2.1 Free particles - plane waves (20 min) Nudgis resource

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  • Select activity PHY530 Tutorial 2

    

    PHY530 Tutorial 2 File

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  • Select activity PHY530 Lecture 2.2 (tutorial) Transmission over a barrier (16 min)

    

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  • Select activity PHY530 Lecture 2.2 (tutorial) Tunnel effect (8 min)

    

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  • Select activity PHY530 Lecture 2.3 Applications of the tunnel effect (13 min)

    

    PHY530 Lecture 2.3 Applications of the tunnel effect (13 min) Nudgis resource

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  • Select activity PHY530 Lecture 2.4 (tutorial) Density of state (16 min)

    

    PHY530 Lecture 2.4 (tutorial) Density of state (16 min) Nudgis resource

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  • Select activity PHY530 Lecture 2.5 Density of state - concept (11 min)

    

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  • Select activity PHY530 Lecture 2.6 Take home message (3 min)

    

    PHY530 Lecture 2.6 Take home message (3 min) Nudgis resource

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  • Select activity Test your knowledge on Lecture 2 !

    

    Test your knowledge on Lecture 2 ! Quiz

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• Select section Lecture 3: Occupation factor

  Lecture 3: Occupation factor

  • Select activity PHY530 lecture 3-annotated

    

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  • Select activity PHY530 Lecture 3.1 Intro + occupation factor (12 min)

    

    PHY530 Lecture 3.1 Intro + occupation factor (12 min) Nudgis resource

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  • Select activity STEEM Tutorial 3

    

    STEEM Tutorial 3 File

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  • Select activity PHY530 Lecture 3.2 (tutorial) classical particles (12 min)

    

    PHY530 Lecture 3.2 (tutorial) classical particles (12 min) Nudgis resource

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  • Select activity PHY530 Lecture 3.3 (tutorial) bosons and blackbody radiation (20 min)

    

    PHY530 Lecture 3.3 (tutorial) bosons and blackbody radiation (20 min) Nudgis resource

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  • Select activity PHY530 Lecture 3.4 (tutorial) Fermions (25 min)

    

    PHY530 Lecture 3.4 (tutorial) Fermions (25 min) Nudgis resource

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  • Select activity PHY530 Lecture 3.5 Take home message (4 min).mp4

    

    PHY530 Lecture 3.5 Take home message (4 min).mp4 Nudgis resource

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  • Select activity Test your knowledge on Lecture 3 !

    

    Test your knowledge on Lecture 3 ! Quiz

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• Select section Lecture 4: Basic semiconductor physics

  Lecture 4: Basic semiconductor physics

  • Select activity PHY530 lecture 4-annotated

    

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  • Select activity PHY530 Lecture 4.0 Introduction to lecture 4 (6 min)

    

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  • Select activity PHY530 Tutorial 4

    

    PHY530 Tutorial 4 File

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  • Select activity PHY530 Lecture 4.1 Tutorial part 1 (24 min)

    

    PHY530 Lecture 4.1 Tutorial part 1 (24 min) Nudgis resource

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  • Select activity PHY530 Lecture 4.1 Tutorial part 2 (36 min)

    

    PHY530 Lecture 4.1 Tutorial part 2 (36 min) Nudgis resource

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  • Select activity PHY530 Lecture 4.2 crystal = lattice + motif (6 min)

    

    PHY530 Lecture 4.2 crystal = lattice + motif (6 min) Nudgis resource

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  • Select activity PHY530 Lecture 4.3 Band diagrams (15 min)

    

    PHY530 Lecture 4.3 Band diagrams (15 min) Nudgis resource

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  • Select activity PHY530 Lecture 4.4 Conductor, insulator and semi conductor (8 min)

    

    PHY530 Lecture 4.4 Conductor, insulator and semi conductor (8 min) Nudgis resource

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  • Select activity PHY530 Lecture 4.5 Fermi levels (10 min)

    

    PHY530 Lecture 4.5 Fermi levels (10 min) Nudgis resource

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  • Select activity PHY530 Lecture 4.6 Take home message (5 min)

    

    PHY530 Lecture 4.6 Take home message (5 min) Nudgis resource

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