• Single Photon Quantum Mechanics

Buffalo State

• Pulsed NMR
• 1-Dimensional Imaging Using NMR
• Earth's Field NMR
• Optical Pumping
• Mossbauer Spectroscopy
• High Tc Superconductivity
• Modern Interferometry
• Fourier Methods
• Noise Fundamentals
• Torsional Oscillator
• Diode Laser Spectroscopy
• Quantum Analogs
• Condensed Matter Physics

Loyola Univ.-Maryland

• Physics of Medicine and the Human Body

Univ. of California - Berkeley

• Practical Light Microscopy

Caltech

• Vacuum Techniques
• Low Noise Signal Detection w/ Lock-ins
• Saturated Absorption Spectroscopy
• Resonant Absorption and Refraction
• Fabry-Perot Cavity and Frequency Stabilization
• Spectroscopy of H-like Atoms
• Hanle Effect
• Electrodynamic Ion Trapping
• Precision Interferometery
• FFT Filtering
• Digital Oscilloscopes
• Organizing an Advanced Lab Course

Reed College

• LabView Instruction for the Advanced Lab 
• QM Experiments with Single Photons 
• Dynamical Bifurcations in Fluid Flows 
• Nanosecond Excited State Lifetimes 

Harvard University

• Slow Light and Two-Photon Effects in Rb
• Optical Spectroscopy in Ruby and Hydrogen
• Imaging DNA with an AFM

University of Michigan

• Galactic Rotation and Evidence for Dark Matter
• Faraday Rotation in Optical Media
• Five Modern Physics Experiments
• Thin Film Fabry-Perot Etalons

University of Washington

• Lamb Shift: Hydrogen Fine Structure
• Hanle Effect
• Franck-Hertz Experiment
• NMR Spectroscopy Off Resonance

Willamette University

• Magneto-optical Traps
• Inexpensive Fluorescence Correlation Spectr.
• Taylor-Couette Flow

University of Tennessee

• X-ray Diffraction and Compton Scattering

Miami University

• Quantized Conductance and Arduinos (2013)
• Laser Induced Fluorescence in Iodine 
• Quantized Conductance
• Arduinos for the Advanced Lab
• Programmable System on a Chip

Kansas Wesleyan University

• Pulsed NMR
• Earth's Field NMR
• Quantum Analogs
• Introduction to Solid State

University of Scranton

• Silicon Photomultiplier-based Particle Detectors
• Modern Interferometry
• Diode Laser Spectroscopy

University of Arizona

• Multiphoton Microscopy
• Low Cost Ultrafast Optics with a Fiber Laser
• Principles of Femtosecond Frequency Combs

Rose-Hulman Inst. of Technology

• Astronomical_Spectra
• AC Faraday Effect

Univ. of Wisconsin - Madison

• Cosmic_Watch_Muon_Detectors

Bethel University

• Imaging Shock Waves 
• Ultrafast Optics with a Fiber Laser
• Ultrafast Optics - Frequency Comb
• External Cavity Diode Lasers
• Laser Wavelength Meter
• Holographic Measurements
• Digital Holography
• HEP Data Analysis in a BFY Lab
• Plasmonics and Surface Enhanced Spectroscopy

CSU-Chico

• Arduinos in the Advanced Lab
• Mechanical Chaotic Oscillator

Indiana/Purdue-Fort Wayne

• Arduinos for the Advanced Lab
• Programmable System on a Chip
• AC Faraday Rotation

Univ. of Chicago

• Muon Mean Lifetime
• Relativistic Electrons
• Electron Spin Resonance
• Positron Emission Tomography

University of Minnesota

• FPGA Exercises in the Advanced Lab

University of Florida

• Optical Trapping in Biological Physics
• Fluorescence Correlation Spectroscopy

Pacific University

• Teaching with the Magneto Optical Trap

Sewanee - University of the South

• Compton Scattering and Nuclear Spectroscopy
• Experimenting with Graphene

Princeton Plasma Physics Laboratory

• Plasma Physics: Electrical Breakdown
• Plasma Physics: Spectroscopy
• Plasma Physics: Plasma Probes

Trinity University

• Principles of Gravitational-Wave Interferometry

Western Kentucky University

• LabVIEW Instruction for the Advanced Lab

Univ. of Wisconsin - River Falls

• 2D Heat Flow
• Mechanical Chaotic Oscillator
• Taylor-Couette Flows
• Digital Optics-Spatial Light Modulators in BFY Labs
• LEDs as Single Photon Detectors
• FPGAs in the Advanced Laboratory
• Open Cavity HeNe Laser Experiments