Four-Dimensional Holograms from Time-Lapse Cinematography

Ronald L. Holle Weather Research Program, NOAA, Boulder, CO 80303

Search for other papers by Ronald L. Holle in
Current site
Google Scholar
PubMed
Close
and
Mark C. Diamond Holografix, Inc., Miami, FL 33176

Search for other papers by Mark C. Diamond in
Current site
Google Scholar
PubMed
Close
Restricted access

Abstract

New techniques in holography allow standard motion picture film to be converted to holograms that are visible with standard light sources. Time-lapse photographs of clouds have been converted to two types of holograms. One hologram was made from film taken by a camera at the ground. and shows, in a wall-mounted unit, cloud growth and movement. The other was made from film taken by an aircraft side camera during a cloud circumnavigation, and displays the four-dimensional structure of a cumulonimbus in circular hologram. The potential is described for similar products to be derived from other data sources relevant to meteorology.

Abstract

New techniques in holography allow standard motion picture film to be converted to holograms that are visible with standard light sources. Time-lapse photographs of clouds have been converted to two types of holograms. One hologram was made from film taken by a camera at the ground. and shows, in a wall-mounted unit, cloud growth and movement. The other was made from film taken by an aircraft side camera during a cloud circumnavigation, and displays the four-dimensional structure of a cumulonimbus in circular hologram. The potential is described for similar products to be derived from other data sources relevant to meteorology.

Save