Welcome to the Photonics / Optics Lab at BYU

Tutorials

Wavelength Measurement · Fiber Bragg Gratings Tutorial · Commercial Fiber Fabrication Tutorial · Fabry-Perot Cavities · Interference · Diffraction · Corona Poling · Polarization

Reference

List of all References · Complex Index of Refraction Look-up Utility · Tabulated Optical Constants · Fiber Connectors · Types of Optical Fibers · Polymer Recipe Calculator · Connectorizing Fibers

Calculators

Polymer Recipe Calculator · Anti-Reflection Coating Thickness Calculator · Anti-Reflection Thickness Graphs · Color Chart · Fabry-Perot Cavity Calculator · Frequency to Wavelength conversion Chart · Fiber Parameter Calculator · Gaussian Beam Propagation

Processes

Lab Processes · Documentation · Core Removal · Core Replacement · Polymer Mixing · Holography Steps · Surface Relief Bragg Gratings · SR_FBG Fabrication

Projects

Current Projects · FSIM · Surface Relief Bragg Gratings · Core Replacement · In-Fiber Devices · Slab Coupled Fibers

Lab Equipment

All equipment · People · Lab Safety · Argon Ion Laser · CO2 Laser · Transmitter · Erbium Doped Fiber Amplifier · IR Camera

Miscellaneous

Links · Lab Documentation · Project Forum Home

The Brigham Young University Optics Lab is actively researching many aspects of photonics. These include high temperature Fiber Bragg Gratings, D-shaped fiber, core replacement, non-linear optics, fiber poling, multi-axial strain, elliptical core fibers, and MEMs based optical fiber sensors. The BYU optics lab employs undergraduate and graduate researchers. These researchers work with Dr. Richard Selfridge and Dr. Stephen Schultz.

This site powered by:
There have been 481393 visitors to this site in the last year.