Understanding Waveguides: Light at the Nanoscale

By Marilyn Garza; NNCI Nano¹

1. National Nanotechnology Coordinated Infrastructure, Georgia Institute of Technology, Atlanta, GA

(ZIP, 12.43 MB)Download Bundle (contains all documents)
(PDF, 3.34 MB)Teacher's Preparatory Guide Lesson 1: Refraction Tank
(PDF, 166.66 KB)Student Worksheet Lesson 1: Refraction Tank - Guided Inquiry
(PDF, 246.14 KB)Student Worksheet Lesson 1: Refraction Tank - Guided Inquiry (answers)
(PDF, 219.91 KB)Student Worksheet Lesson 1: Refraction Tank - Independent Inquiry
(PDF, 352.13 KB)Student Worksheet Lesson 1: Refraction Tank - Independent Inquiry (answers)
(PDF, 3.55 MB)Teacher's Preparatory Guide Lesson 2: Gelatin Waveguides
(PDF, 833.89 KB)Student Worksheet Lesson 2: Gelatin Waveguides - Guided Inquiry
(PDF, 269.51 KB)Student Worksheet Lesson 2: Gelatin Waveguides - Guided Inquiry (answers)
(PDF, 439.85 KB)Student Worksheet Lesson 2: Gelatin Waveguides - Independent Inquiry
(PDF, 233.22 KB)Student Worksheet Lesson 2: Gelatin Waveguides - Independent Inquiry (answers)
(PDF, 2.26 MB)Teacher's Preparatory Guide Lesson 3: The Bending Radius of Optical Fiber
(PDF, 686.72 KB)Student Worksheet Lesson 3: Optical Fiber Limbo - Guided Activity