...using only your fingers!

Workshop participants :

Learn how to perceive ordinary images in "depth" with apparent depths approaching infinity

Learn how to tune* continuously from the appearance of an ordinary flat picture to one possessing increasing "depth sensation" that ultimately cumulates in a display that appears truly stereoscopic. *Using 3-dvg devices.

Learn how to make virtually any picture appear in stereoscopic 3-D ….using only your fingers.

Learn how to view a picture so that the observer experiences an increase in the apparent amount of information contained in any square inch of picture area.

Learn how to observe a magazine photo in a manner to achieve a sharpness and clarity you have never before experienced.

The workshop:

• will equip its participants in their professional practice with a range of practical, and critical observational skills which will enable them to more fully assess and evaluate the work of self and others in photography and related media.
• leads to a personal reexamination of the known and accepted visual stereoscopic processes and the so called "illusion of depth" inherent in every (flat) picture.
• will enhance your observational skills
• will enhance every visual decision you have to make in the future. 
• experience will unify your staff in a retreat setting

The 3-DVG Workshop provides a series of visual experiments leading to the personal realization that any picture can be made to appear in stereoscopic 3-D ….using only your fingers.

The 3-DVG Workshop for Fall 2010
Philadelphia Workshops start October 9th, 2010

View 3-DVG User Comment
Read user comment.

The 3-DVG Detection Criteria What exactly should you expect to see?

The 3-DVG Visual Self Test
The renown visual self test is now available in the form of the 3-DVG Initiation viewing device. See if you can detect the 3-DVG phenomenon.

Product Information
Low cost training devices & technical literature are now available.

The 3-DVG at the Franklin Institute, 1989
Video taken at the Invention Convention, 1989 at the Franklin Institute in Philadelphia.