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Physics
Condensed Matter and Materials Physics
Condensed Matter Physics
1. Introduction to Condensed Matter Physics
2. Crystal Structure and Symmetry
3. Lattice Dynamics and Phonons
4. Electronic Properties of Solids
5. Semiconductors
6. Magnetism in Solids
7. Superconductivity
8. Dielectric and Optical Properties
9. Soft Condensed Matter
10. Defects and Disorder
11. Advanced Topics in Condensed Matter Physics
Soft Condensed Matter
Introduction to Soft Matter
Characteristic Features
Weak Interactions
Large Response to External Fields
Mesoscopic Structure
Energy and Length Scales
Thermal Energy Scale
Intermolecular Distances
Role of Thermal Fluctuations
Entropy-Driven Phenomena
Order-Disorder Transitions
Polymers
Polymer Structure
Monomers and Repeat Units
Molecular Weight Distribution
Chain Statistics
Random Walk Model
End-to-End Distance
Radius of Gyration
Polymer Solutions
Theta Conditions
Good and Poor Solvents
Scaling Laws
Polymer Melts
Entanglement Effects
Reptation Model
Glass Transition
Vitrification
Glass Transition Temperature
Colloids
Colloidal Particles
Size Range
Brownian Motion
Interparticle Interactions
Van der Waals Forces
Electrostatic Interactions
Depletion Forces
DLVO Theory
Attractive and Repulsive Contributions
Stability Criteria
Phase Behavior
Crystallization
Glass Formation
Liquid Crystals
Orientational Order
Director Field
Order Parameters
Nematic Phase
Long-Range Orientational Order
Elastic Properties
Smectic Phases
Layered Structure
Positional Order
Cholesteric Phase
Twisted Nematic Structure
Pitch Length
Defects in Liquid Crystals
Disclinations
Topological Charge
Amphiphiles and Self-Assembly
Amphiphilic Molecules
Hydrophilic and Hydrophobic Parts
Critical Packing Parameter
Micelles
Critical Micelle Concentration
Spherical and Cylindrical Micelles
Vesicles
Bilayer Formation
Membrane Properties
Liquid-Liquid Interfaces
Surface Tension
Monolayers
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8. Dielectric and Optical Properties
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10. Defects and Disorder