One of the ideas I've mentioned has to do with the supposed reading of colors by the fingers. Below are two links:

1st link:

http://novomeysky.genealogia.ru/papa/tm63_4e.htm

....
FINGER PERCEIVES THE LIGHT

Rosa feels the colour of the light, penetrating through light filters and falling onto her fingers. Rosa says: " This ray is red, that ray is green; that one is orange, and the other one is blue". Moreover, she is able to identify not only a bright ray of light, but a weak one as well. She can even better identify coloured rays, let through the lens filled with water and then reflected on her hand with a mirror....

(a more critical) 2nd link:

http://www.creatic.fr/cic/B043Doc.htm

Abstract

....From 1960 to the present, research conducted in the USSR, United States, England and France, have showed that the skin is sensitive to far infrared invisible radiations of the electromagnetic spectrum.
Dermo-optical sensitivity refers to the human organism's capacity to respond to colored surfaces, hidden from sight by being placed under screens, even when the latter are held at some distance in the dark.
Dermo-optical perception refers to the ability of subjects to succeed in consciously differentiating these surfaces through their hands by non-visual subjective impressions. It is estimated this can only be done by one in six subjects. Controlled studies indicate support for the theory of dermo-optical sensitivity and perception. This finding provides a new potential confounding variable in color research. (int j Biosocial Res., 7(2); 76-93,1985.)....

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Welcome

This is the blog of the Extra Senses, Extra Interference research group, taught by Edwin van der Heide and Joost Rekveld at the Interfaculty ArtScience in The Hague in april and may 2009.

http://www.interfaculty.nl/

In 1964 Marshall McLuhan wrote his now classic book ‘Understanding Media’, in which he developed a completely new view of what a medium is. Instead of focussing on the content offered by the new, technological media that have been appearing in the last century and a half, he called attention to how the experience of a new medium changes the web of relations between our senses, how it changes the way in which we interpret what we perceive and how it ultimately changes our worldview. For him, every medium is an ‘extension of man’, and every new extension has a profound, total influence on how we sense, think and act. In developing this view he was influenced by the bauhaus artist Laszlo Moholy-Nagy, who was fascinated by the new perceptual possibillities offered by the new media of his time (photography, film, electric sound) and who thought that artists had a responsibility for literally shaping mankinds’ perception of the world.
In science, views on the flexibility and adaptability of our senses were developed by the Mexican/American scientist Paul Bach-y-Rita. In a series of far-reaching experiments he showed the incredible extent to which our perceptual system can adapt in real-life situations. This ‘Sensory Plasticity’ was most dramatically demonstrated in a series of experiments in which Bach-y-Rita restored sight to a number of blind people. He gave them a crude interface that translated a camera image into a series of tactile impulses on the skin. After a short period of accomodation these people reported visual sensations, and they could recognize objects, move through spaces or even catch a ball thrown at them. As a kind of cyborgs they were truly seeing, not through their blind eyes, but through their interface and their skin. Key to the success of these experiments was that the people involved could move around with their interfaces and use them in real-life situations, in which perceptions are always related to intentions, bodily movements and actions.
In this research group we want to apply this perspective on the plasticity of our senses to interactive art. We are going to develop and build (preferably wearable) interfaces that will enable us to navigate through the world on the basis of information to which we normally have no access. We are going to try and build new senses. In order to translate these normally imperceivable aspects of the world into sound, image or tactile sensations, we will study different approaches to sonification, visualization and the tactilization of data. Also we will have to think about the environment for which we build these senses and perhaps design a special environment for them.

Extra Senses, Extra Interference | ArtScience

Monday, April 27, 2009

Sight by Skin: dermo-optical perception

One of the ideas I've mentioned has to do with the supposed reading of colors by the fingers. Below are two links:

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