Lectures

• Lecture 28 - Carrier Scattering - II

• Lecture 27 - Carrier Scattering - I

• Lecture 26 - High-Field and Off-Equilibrium Transport

• Lecture 25 - Monte Carlo Simulation

• Lecture 24 - Percolation Theory III: Electrical Conduction

• Lecture 23 - Percolation Theory II: Electrical Conduction

• Lecture 22 - Introduction to Percolation I

• Lecture 21 - Balance Equations III

• Lecture 20 - Balance Equations II

• Lecture 19 - Balance Equations I

• Lecture 18 - Review of two approaches

• Lecture 18 - Balance Equations

• Lecture 17 - Carrier Transport at High Mangetic Field

• Lecture 16 - Magneto-Electric Transport in RTA

• Lecture 15 - Coupled Flow in Relaxation Time Approximation

• Lecture 14 - Diffusion, Continuity Equations, and Two-Flux Methods

• Lecture 13 - Mobility and Relaxation Time Approximation

• Lecture 12 - Local Density of States from Quantum Transport III

• Lecture 11 - Local Density of States from Quantum Transport II

• Lecture 10 - Local Density of States from Quantum Transport I

• Lecture 9 - Thermoelectric Effects in a Ballistic Conductor III

• Lecture 8 - Thermoelectric Effects in a Ballistic Conductor II - Revised

• Lecture 8 - Thermoelectric Effects in a Ballistic Conductor II

• Lecture 7 - Thermoelectric Effects in a Ballistic Conductor I

• Lecture 6 - Resistance of a Ballistic Conductor - Continued

• Lecture 6 - Resistance of a Ballistic Conductor - Revised

• Lecture 6 - Resistance of a Ballistic Conductor

• Lecture 5 - Solving the Ballistic BTE - Revised

• Lecture 5 - Solving the Ballistic BTE

• Lecture 4 - Confined Carriers and bulk DOS(E)

• Lecture 3 - Moments of f (r,p,t)

• Lecture 2 - Semiclassical, Ballistic Transport

• Lecture 1 - Introduction - Why take another course?