In an effort to entice more pre-college students to become the future scientists, a simple multicomponent device, the Educational Light-Pod (ELP), was developed to introduce the principles of analog transmission using photoacoustic modulation of fluorescence in an illustrative manner. This eye-catching activity combines concepts of chemistry, physics, optics, and engineering. The ELP can be built by middle and high school students under the supervision of their science teacher; however, if the cost associated with the students individually building the apparatus is prohibitive, the ELP can be used for group demonstrations. © 2013 The American Chemical Society and Division of Chemical Education, Inc
We developed activity-based instructional units to introduce basic quantum principles to students wi...
A laboratory experiment is described for beginning, nonmajor chemistry students, which allows studen...
This research included three phases: investigation of college students\u27 understandings of light a...
In an effort to entice more pre-college students to become the future scientists, a simple multicomp...
We produced a VTR film of Science matensls on light successing that on brightness of a miniture bulb...
In this article didactical developments on conjugated polymers and electroluminescence in organic LE...
AbstractOrganic semiconductors are a new class of materials representing an innovative field of scie...
General education courses are a critical part of improving a non-science major’s understanding of sc...
Abstract : In this work a teaching-laboratory device was created for students of secondary schools,...
This activity from the Florida Advanced Technological Education (FLATE) Center asks students to &quo...
In my master thesis I present theoretical and practical aspects of chemiluminescence in glow sticks....
There was recently introduced into the secondary schools of British Columbia a course in physics bas...
This paper describes the educational outreach work in local schools by the Optical Society of Americ...
We present and evaluate the design of LightUp, an augmented learning platform for electronics. Light...
Abstract The implementation of practical activities that involve colors consists in a powerful strat...
We developed activity-based instructional units to introduce basic quantum principles to students wi...
A laboratory experiment is described for beginning, nonmajor chemistry students, which allows studen...
This research included three phases: investigation of college students\u27 understandings of light a...
In an effort to entice more pre-college students to become the future scientists, a simple multicomp...
We produced a VTR film of Science matensls on light successing that on brightness of a miniture bulb...
In this article didactical developments on conjugated polymers and electroluminescence in organic LE...
AbstractOrganic semiconductors are a new class of materials representing an innovative field of scie...
General education courses are a critical part of improving a non-science major’s understanding of sc...
Abstract : In this work a teaching-laboratory device was created for students of secondary schools,...
This activity from the Florida Advanced Technological Education (FLATE) Center asks students to &quo...
In my master thesis I present theoretical and practical aspects of chemiluminescence in glow sticks....
There was recently introduced into the secondary schools of British Columbia a course in physics bas...
This paper describes the educational outreach work in local schools by the Optical Society of Americ...
We present and evaluate the design of LightUp, an augmented learning platform for electronics. Light...
Abstract The implementation of practical activities that involve colors consists in a powerful strat...
We developed activity-based instructional units to introduce basic quantum principles to students wi...
A laboratory experiment is described for beginning, nonmajor chemistry students, which allows studen...
This research included three phases: investigation of college students\u27 understandings of light a...