EMPossible

Notes 1A -- Course Introduction

Notes 1B -- What is a 2D Simulation?

Lecture 1C -- Two-Dimensional Yee Grid

Notes 1C -- Two-Dimensional Yee Grid

Lecture 1D -- Flow of FDTD

Notes 1D -- Flow of FDTD

Lecture 1E -- Code Development Sequence

Notes 1E -- Code Development Sequence

Notes 2A -- Introduction to Building Geometries into Arrays

Lecture 2B -- 2x Grid Technique

Notes 2B -- 2x Grid Technique

Lecture 2C -- Meshgrids

Notes 2C -- Meshgrids

Lecture 2D -- Modeling Devices onto 2D Grids

Notes 2D -- Modeling Devices onto 2D Grids

Lecture 2E -- Example of Modeling a Device onto a 2D Grid

Notes 2E -- Example of Modeling a Device onto a 2D Grid

Lecture 2F -- Coordinate System & Graphics

Notes 2F -- Coordinate System & Graphics

Notes 3A -- What is a PML?

Lecture 3B -- Uniaxial PML

Notes 3B -- Uniaxial PML

Lecture 3C -- Stretched-Coordinate PML

Notes 3C -- Stretched-Coordinate PML

Lecture 3D -- PML Parameters

Notes 3D -- PML Parameters

Lecture 4A -- Preparing Maxwell's Equations for FDTD

Notes 4A -- Preparing Maxwell's Equations for FDTD

Lecture 4B -- Derivation of 3D Update Equations Without a PML

Notes 4B -- Derivation of 3D Update Equations Without a PML

Lecture 4C -- Reducing the Equations Without a PML to Two Dimensions

Notes 4C -- Reducing the Equations Without a PML to Two Dimensions

Lecture 4D -- Numerical Boundary Conditions

Notes 4D -- Numerical Boundary Conditions

Lecture 4E -- Maxwell's Equations with a PML

Notes 4E -- Maxwell's Equations with a PML

Lecture 4F -- Derivation of 3D Update Equations with PML

Notes 4F -- Derivation of 3D Update Equations with a PML

Lecture 4G -- Reducing the Update Equations to Two Dimensions

Notes 4G -- Reducing the Update Equations to Two Dimensions

Notes 5A -- Introduction to TF/SF

Lecture 5B -- Derivation of TF/SF Corrections - Part 1

Notes 5B -- Derivation of TF/SF Corrections - Part 1

Lecture 5C -- Derivation of TF/SF Corrections - Part 2

Notes 5C -- Derivation of TF/SF Corrections - Part 2

Lecture 5D -- Implementation of TF/SF

Notes 5D -- Implementation of TF/SF

Lecture 5E -- Electromagnetic Waves

Notes 5E -- Electromagnetic Waves

Lecture 5F -- Gaussian Pulse Source

Notes 5F -- Gaussian Pulse Source

Lecture 5G -- Gaussian Beam Source

Notes 5G -- Gaussian Beam Source

Lecture 5H -- Numerical Dispersion

Notes 5H -- Numerical Dispersion

Lecture 6A -- Grid Strategy

Notes 6A -- Grid Strategy

Lecture 6B -- Revised Update Equations

Notes 6B -- Revised Update Equations

Lecture 6C -- Simplified TF/SF Corrections

Notes 6C -- Simplified TF/SF Corrections

Lecture 6D -- Simplified TF/SF Source Functions

Notes 6D -- Simplified TF/SF Source Functions

Lecture 6E -- Diffraction from Gratings

Notes 6E -- Diffraction from Gratings

Lecture 6F -- Diffraction Efficiency

Notes 6F -- Diffraction Efficiency

Lecture 6G -- Steps for Calculating Reflection & Transmission

Notes 6G -- Steps for Calculating Reflection & Transmission