Journal/Book/Conference Title Title
We developed activity-based instructional units to introduce basic quantum principles to students with limited physics and mathematics backgrounds. To emphasize the practical applications of contemporary physics, we introduced concepts using the contexts of light-emitting devices such as light-emitting diodes (LEDs), fluorescent lamps, and glow-in-the-dark toys. As our standard of living becomes more dependent on the latest developments in science and technology, our students' literacy must be at a level that enables them to make educated decisions on science- and technology-related issues and their everyday applications. Students need to have at least a basic understanding of 20th-century physics and its applications in order to make informed decisions about them. Unfortunately, many physics teachers either exclude or spend very little time on modern topics such as quantum mechanics in high school physics courses.1,2 The high degree of mathematical formalism and abstract nature of quantum mechanics is frequently given as a reason for not introducing quantum physics in high school physics courses.3,4
Department of Physics
Science Education Program
Original Publication Date
DOI of published version
UNI ScholarWorks, University of Northern Iowa, Rod Library
©2004 Lawrence T. Escalada, N. Sanjay Rebello, and Dean A. Zollman. The copyright holder has granted permission for posting.
Escalada, Lawrence; Rebekki, N. Sanjay; and Zollman, Dean A., "Student Explorations of Quantum Effects in LEDs and Luninescent Devices" (2004). Faculty Publications. 19.