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$Measuring the Refractive Index of Glass using a Michelson Interferometer, PHYS 382$

Four Types of Image Vignetting

Stephen Remillard

Stephen Remillard

Four Types of Image Vignetting

Three Types of Image Distortion

Paraxial Ray Tracing Using Matrices, Part 2, with a FRED Example of a Cassegrain Telescope

The optical path length of a vacuum-spaced Fabry-Perot interferometer

Write your own program for optical ray tracing - Here's mine in MatLab

Microlithography Reduction Projection Stepper Lens Design: A Patent Study

Telephoto Prime Lens Design: A Patent Study

Anamorphic Prism Design: A Patent Study

Smartphone Camera Lens Design: A Patent Study

Electronic Viewfinder Eyepiece Design: A Patent Study

The Third Order Aberration Coefficients of Aspheric Surfaces

The Fabry-Perot Interferometer: What Do the Fringes Mean?

Transmission and Reflection at a Potential Barrier

Telecentricity: A Tutorial using Excel

How Do You Measure the Width of a Laser Beam?, PHYS 382

The Quality Factor (Q) of a Quarter-Wave Coaxial Microwave Resonator

Measuring the Refractive Index of Glass using a Michelson Interferometer, PHYS 382

Computing Petzval Curvature - 3rd Order Field Curvature Aberration

Beam Expanders, PHYS 352

Why Does a Michelson Interferometer have a Bull's-Eye Interference Pattern (sometimes)?

Aligning an Infrared Michelson Interferometer, PHYS 382

The Finite Square Potential Well Transmission Coefficient

Measuring Noise Figure using a Spectrum Analyzer - The Gain Method

How Does an Aperture Stop Influence Third Order Lens Aberrations? A Tutorial using Excel

Using Project Variables in HFSS

Chromatic Aberration: Calculating the Lateral Color of a Lens

Computing the Third Order Spherical Aberration of a Lens

The Cooke Triplet: A Paraxial Ray Trace Example

Black Body Radiation: The Stefan-Boltzmann Law and Wien's Displacement Law, PHYS 362

Coma Aberration of a Lens: With a Computational Example

The Free Spectral Range of a Vacuum-Spaced Fabry-Perot Interferometer, PHYS 352

How to Measure the Power Dissipated in a Passive Microwave Device

Paraxial Ray Tracing Using Matrices, Part 1, with a MATLAB Example, PHYS 352

What is the Fraunhofer Approximation??, PHYS 352

Breakdown Regimes of Argon inside a Microgap at High Frequency; 2021 DPP Conference Poster

Chromatic Aberration: Calculating the Axial Color of a Lens

The Effect of Velocity Saturation on the IV Model of a MOSFET, Lecture 56

The Quality Factor (Q) of a Half-Wave Coaxial Microwave Resonator

Getting Started with HFSS: A Complete Cavity Resonator Example

The Fourier Transform Zoo, PHYS 352

Calibrating an Alpha Particle Detector

Rutherford Backscattering Spectroscopy (RBS) Analysis of a Thin Metal Film using SIMNRA

Conservative Force: 3 things you gotta get about it (uses calculus)

The Mirascope Optical Illusion Mirage WITH RAY DIAGRAM SOLUTION, PHYS 122

Optical Ray Diagrams versus Paraxial Ray Tracing: Solving a Two-Lens Imaging Problem Both Ways

How to Measure the Unloaded Q of a Microwave Resonator with only one Port

How to Measure the Unloaded Q of a Microwave Resonator: Demonstration with a VNA

How to Measure the Unloaded Q of a Microwave Resonator: Working Equations and Concept

Careers in Physics

MOS Oxide Capacitance, Lecture 50

Paraxial Ray Trace Equations and Building a YNU Spreadsheet, with an Example

Nondegenerate Perturbation Theory: Dirac Delta Function Example

Tuning a Diode Laser (With Demo), Lecture 42, PHYS/ENGS 495

Superconductor Levitation: Electromagnetic Theory (with Griffiths Problem 7.45 Hints)

Thin Film Superconductor Levitation: Demo

The Double Heterojunction Quantum Well Diode Laser, Lecture 41

The Born Approximation, PHYS 372

Scattering Cross-Section

Spherical Waves in Scattering

Laser Physics: Five Principles and an Example, PHYS 372

Solid Angle Tutorial

Spin-Orbit Coupling, PHYS 372

Tuning A Diode Laser (Without Demo), Lecture 42

The Inversion Condition in a MOS Capacitor, Lecture 49

finFET and Silicon on Insulator (SOI) Devices, Lecture 77

The Gyromagnetic Ratio, PHYS 372

Schottky Diode Rectification, ENGS 495 Lecture 44

The Variational Principle in Quantum Mechanics: The Ionized Hydrogen Molecule

Eigenvalues of the Angular Momentum Operator

Hermitian Operators in Quantum Mechanics, PHYS 372

Taylor Series Expansion of f(x-a)

What is a good quantum number? PHYS 372

How Does Doping Affect the Intrinsic Carrier Concentration?

Drift Current in Semiconductors, Lecture 18

Eigenfunctions and Eigenvalues of the Number Operator: PHYS 372

Hermitian Adjoints of Raising and Lowering Operators

Heisenberg Uncertainty in the Harmonic Oscillator Ground State