

A single square array of small lights has a full-silvered mirror in back and a half-silvered mirror in front. A long black box placed in back of the infinity mirror appears to have many rows of lights in it until it is removed!
An interesting sidelight is to use this device to indicate the dynamic range of the eye. Each successive row of lights has an intensity of about 1/2. Approximately twenty rows of lights can be seen by the typical naked eye, so the dynamic range of the eye is at least as great as 2^20, or 1,048,576 to 1.
Demonstrate reflection from a plane mirror Read More
Demonstrate how several light rays are used to locate the image in a plane mirror Read More
Demonstrate that microwaves undergo specular reflection Read More
Show the nature of a virtual image Read More
Counterintuitive investigation of the nature of the image of a plane mirror Read More
Magic trick using a plane mirror Read More
Demonstrate that a plane mirror does not produce a left-to-right inversion Read More
Illustrate a half-silvered mirror Read More
Illusion with half-silvered mirror Read More
Demonstrate partially silvered surfaces Read More
Do a magic trick using partially reflected light Read More
Show how a partially reflective surface can create the illusion of depth. Read More
Show how a corner reflector works in two dimensions Read More
Show what a corner reflector does Read More
Show that the reflected ray from a corner reflector is parallel to the incoming ray Read More
Demonstrate dramatically how a corner reflector works Read More
A two-dimensional microwave corner reflector Read More
Model how the rays reflect in a corner reflector Read More
Show multiple reflections using two mirrors Read More
Show multiple reflections in a three-dimensional system of mirrors Read More
Demonstrate a kaleidoscope with rotating mirrors Read More