The author explains some of the principles underlying holography, a process by which literally hundreds of images can be stored on a single piece of film and then reproduced, one by one, in three dimension.'' (Editor/AK)

Demonstrates some of the educational applications of holography in biology, physics, chemistry, math, and art. (DS)

The art of deriving information about an object from the radiation it scatters was once limited to visible light. Now due to new techniques, much of the modern physical science research utilizes radiation scattering. (DF)

Describes the viewing sessions and the holograms of a holographic road show. The traveling exhibits, believed to stimulate interest in physics, include a wide variety of holograms and demonstrate several physical principles. (GA)

Describes lasers and indicates that learning about laser technology and creating laser technology activities are among the teacher enhancement processes needed to strengthen technology education. (JOW)

Holography is a process which numbers among its many applications the creation of holograms--unique three dimensional photographs that show spatial relations and shifts just as they exist in reality. This book recounts the history of holography, tracing its development from Euclid's theory of light rays through Huygens' theory of wave motion to…

Discusses the principles behind holograms: the design and procedure to make either a reflection hologram or a transmission hologram, developing the hologram, safety precautions, and classroom applications. (JRH)

Presents both a geometric model of the hologram and a step-by-step guide to the procedures involved in making a hologram. (Author/CP)

The project described demonstrated not only the feasibility of producing a holographic compound spherical beamspliter mirror with full color response, but the performance and color capabilities of such a beamsplitter when incorporated into a Pancake Window Display system as a replacement for the classical glass spherical beamsplitter. This…

This article discusses the procedure, historical development, and applications of holography, and discusses the feasibility and value of implementing a unit or course of study of laser holography into an existing photography laboratory and curriculum. An equipment and supplies list, giving supplies and cost, is included. (CT)

Describes a holographic method of producing a picture of a real lens, objects, and the virtual image of the objects. (SL)

Provides instructions for preparing, processing, and viewing single-beam reflection holograms in science classrooms. Indicates that the process is simple to demonstrate and moderate in cost. A description of the required equipment (optics table, laser, mirrors, lens, filmholder/plateholder, recording materials, and darkroom chemicals/equipment) is…

The science of holography provides an opportunity to see reality by illusion using laser light, lenses, and mirrors. To develop as holographic artists, students must first gain proficiency in using its techniques, equipment, and materials. (Author/CMV)