SHORPY Historic Photo Archive & Fine-Art Prints
The Shorpy Archive
6000+ fine-art prints suitable for framing. Desk-size to sofa-size and larger, on archival paper or canvas.
Join and Share

Social Shorpy

To love him is to like him. Our goal: 100k "likes":

Syndicate content
Syndicate content
Syndicate content
Daily e-mail updates:


Member Photos

Photos submitted by Shorpy members.

Colorized Photos

Colorized photos submitted by members.

About the Photos

Our holdings include hundreds of glass and film negatives/transparencies that we've scanned ourselves; in addition, many other photos on this site were extracted from reference images (high-resolution tiffs) in the Library of Congress research archive. (To query the database click here.) They are adjusted, restored and reworked by your webmaster in accordance with his aesthetic sensibilities before being downsized and turned into the jpegs you see here. All of these images (including "derivative works") are protected by copyright laws of the United States and other jurisdictions and may not be sold, reproduced or otherwise used for commercial purposes without permission.

© 2018 SHORPY INC.

[REV 25-NOV-2014]

JUMP TO PAGE   100  >  200  >  300  >  400  >  500  >  600

The Experiment: 1925

The Experiment: 1925

Washington, April 2, 1925. "Experiment at Gallaudet College by Professor R.H. Gault." View full size. National Photo Company Collection glass negative.

On Shorpy:
Today's Top 5

Sensitive Fingers

Washington Post, Mar 14,1926

Deaf Are Taught to Catch Sounds Through Fingers

R.H. Gault Finds that Skin is
Sensitive to Waves of Voice

In a laboratory at Kendall Green experiments are being conducted by which it is hoped to enable the deaf to understand what is said to them by feeling the words with their fingers. This method is being perfected by Prof. Robert H. Gault, a professor of psychology at Northwestern university, now on leave of absence and working with the National Research Council here.

Prof. Gault has been working out this idea for several years. His first apparatus was a speaking tube between two rooms, his subject a person of normal hearing. It was found that the subject could distinguish notes of high and low pitch when they were shrieked against his hand. The next step was to teach him the "feel" of six different words, pronounced in a normal tone, in order. Then the words were spoken haphazard and the subject "felt" them correctly.

The waves of air, says Prof. Gault, which produce tonal sensations in the ear also produce sensations in the finger tips. A further instance of this, he said, was that on one occasion when some one was reading aloud in a heavy chair, he could feel the chair quivering with the vibrations.
The mechanism involved in these experiments is simple. The speaking tube, with which the work originated, has been replaced by a small electrical apparatus not unlike the telephone. The subject holds the receiver in his hand. Prof. Gault will continue his work here until October 1 and perhaps longer.

Richard Brill

A great friend and sailing buddy of mine was the late Dr Richard Brill. About the time this photo was taken Dick's parents were teachers at Gallaudet and he may have been about the same age as these boys. During the Depression he became a teacher of the deaf at Gallaudet (as a hedge against poverty) and, following Navy service in WWII, would go on to become the superintendent of the California School for the Deaf.


I feel for that left-handed kid. Those right handed desks are a nuisance for a left-hander.

Tactile Vocoder

Gault apparently did some important early research in communication devices for the deaf.

The possibility of using vibration as a means of communication was explored by Gault and Knudsen. This early research focused on the use of single-channel devices without any preprocessing to take the characteristics of speech into account.

Single-channel tactile aids have since found a very useful practical application as alerting systems for deaf people. These devices fall under the category of nonspeech-specific tactile aids (column 3, row 1 of Table 1). ...

A tactile aid that takes the spectrum of speech into account is the tactile vocoder. An early vocoder of this type was developed by Gault and Crane, in which each of the fingers was stimulated tactually by a separate vibrator that, in turn, was driven by the speech power in a different region of the frequency spectrum.

SHORPY HISTORICAL PHOTO ARCHIVE | History in HD is a vintage photo archive featuring thousands of high-definition images from the 1850s to 1960s. (Available as fine-art prints from the Shorpy Archive.) The site is named after Shorpy Higginbotham, a teenage coal miner who lived 100 years ago.

Syndicate content RSS | Contact Us | Privacy Policy | Photo Use | © 2018 Shorpy Inc.