Another cool template from 11Mystics.com
This page provides access to different materials that I make available over the Internet.
This is an Excel spreadsheet that solves the Kronig-Penney model first exactly and then in a plane wave expansion (nearly free electron model) with increasingly bigger matrices.
This is a textbook I wrote for my PHY 241 class. PHY 241 is the third and final semester of a calculus-based introductory physics series. This is copyrighted material. You are free to use it, but no commercialization is allowed. The text cannot be modified without my authorization.
Review of Newtonian Mechanics (250 K)
Oscillations in one-particle systems (288 K)
Oscillations in systems with a few particles: normal modes (775 K)
Oscillations in systems with many particles: standing waves (213 K)
Wave equation. Waves in strings. Sound (600 K)
Traveling waves (313 K)
Water waves, dispersion, group velocity (363 K)
Electromagnetic waves (350 K)
Reflection, refraction, and polarization (238 K)
Chapter 10
Discontinued
Energy in a system of particles (163 K)
Gases (225 K)
Chapter 13
Thermodynamics (263 K)
This page shows our recommended frequencies and corresponding displacement pattern movies for all vibrational modes in the C60 molecule.
This Igor Pro experiment provides analytical and numerical solutions to the problem of kinetically limited strain relaxation in epitaxial semiconductor films. Igor Pro, for Windows or Mac, is the standard program used by my group for data processing and scientific-quality graphs. It can be acquired from Wavemetrics.
