Introduction to Condensed Matter Physics for the Nanosciences

Introduction to Condensed Matter Physics for the Nanosciences

McGurn, Arthur

Taylor & Francis Ltd

11/2024

340

Mole

9780367517090

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Chapter 1: Introduction. Chapter 2: Conductivity. Chapter 3: Conductivity: Another View. Chapter 4: Properties of Periodic Media. Chapter 5: Basic Properties of Light and Its Interact with Matter. Chapter 6: Basic Properties of Lasers, Masers, and Spasers. Chapter 7: Semiconductor Junction. Chapter 8: Rectifiers and Transistors. Chapter 9: Toward Single Electron Transistors: Coulomb Blackade. Chapter 10: Quantum Hall Effect. Chapter 11: Resonance Properties. Chapter 12: Josephson Junction Properties and Basic Applications. Chapter 13: Scaling and Renormalization.
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superconductivity;optics;quantum optics;magnetic properties;electrodynamics;quantum mechanics;electrons;phonons;Single Split Ring Resonator;Ginzburg Landau Theory;Integer Quantum Hall Effect;Landau Levels;Fractional Quantum Hall Effect;Quantum Hall Effect;Josephson Junction;Universal Conductance Fluctuations;Photonic Crystal;Anomalous Hall Effect;Renormalization Group;Stop Bands;Critical Exponents;Coulomb Blockade;Hall Effect;Renormalization Group Theory;Split Ring Resonator;Stimulated Emission;Jaynes Cumming Model;Acoustic Metamaterials;Ginzburg Landau Free Energy;Bulk Superconductor;Conduction Band;Gate Potential;Waveguide Channel