Summary of ZCC541 TEORI FIZIK KEADAAN PEPEJAL (SOLID STATE PHYSICS THEORY)

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General

Announcements

Week 1

Lecture Plan ZCC541/4 Semester 1, 2023/2024

ZCC541 Course Introduction

Lecture Note 1

Overview of the concepts of crystal lattice

The symmetry operations that generates lattice

Week 2

Lecture Note 2

Crystallography and Reciprocal lattice

3D lattice X-ray diffraction simulation

Week 3

Lecture Note 3

Normal modes for 1D manoatomic chain simulation

Normal Modes on 1D Diatomic Lattice Model (Phonon Vibration)

Hall effect simulation

Week 4

Lecture Note 4.5

Lecture Note 5: Energy Bands

Solving Nearly Free Electron Model using Perturbation Theory

Nanohub simulation website for construction of band gap (Kronig Penney approach)

Week 5

Assignment 1

Lecture Note 6: Calculation of Energy Bands

Pre recorded lecture for lecture note 6

Bandstructure calculation using Tight Binding method or LCAO

Metal Oxide Semiconductor (MOS) simulation using tight binding method

Additional note about bandstructure calculation methods

Assignment 2

Week 6

Pre recorded lecture for lecture note 6

Lecture Note 6

Lecture Note 7

Pre-recorded lecture for Lecture Note 7

ABINIT DFT Calculation

Week 7

Lecture Note 8

Lecture Note 8 (PDF)

Week 9

Lecture Note 9

Week 10

Lecture Note 10

Assignment 3: Electron-electron interactions

Assignment 4: Macroscopic Maxwell's equation

Lecture Note 11: Optical properties of solids

Lecture Note 12

Week 11

Week 12

Week 13

Week 14

Week 15

Assignment 1 answer script

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