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Solid State Physics - Coggle Diagram
Solid State Physics
Motion of Nuclei
Hooke's Law
Single Harmonic Oscillator
Vibrations in a Solid : Stat mech of multiple oscillators
Coupled Spring Model
Estimation of Vibration Frequencies
Speed of Sound and Bulk Modulus
Foundations 1
Quantum Mechanics of One Particle
Quantum Mechanics of many particles
Basic Statistical Mechanics
Statistical Mechanics of Many Particles
Crystal Structure
Periodic Crystals
1 D crystals
2D Crystals
3 D Crystals
Crystal Planes and Miller Indices
Reciprocal Space
Periodic Functions
Fourier Transform of Periodic Functions
Reciprocal Lattice
X Ray Diffraction
X- Rays
Scattering Intensity
Systematic Absences
Bragg's Law
Powder XRD
Electron and Neutron Scattering
Motion of Electrons 2: Effect of Periodic Potential on Nuclei
Effect of Periodic Potential on Electrons
Two routes to band structure
Basic Concepts of Semiconductors
Beyond the Basic Assumptions
Revisiting the Basic Appoximations
Selected Examples
Summary of Key points
Motion of Electrons 1: The Free Electron Model
The Free Electron Model
Free Electron Picture in Metals
Free Electron Model
Single Electron in a Box
Many electrons in a Box
Speed of Sound in Metals
Crucial Role of the Fermi Surface
Elementary Excitations of the Free Electron Model
Occupation Number and Fermi-Dirac Distribution
Specific heat of free electrons
Response to External Pertubations
Foundations 2
General Platform and Approximations
Charge Transport
Magnetism