Have found this video on YouTube, the image is only visible for 45 seconds or so, I'm wondering if their is a way to make it more permanent...
the possibilities are really encouraging in the step towards a more sustainable future. Think of a long lasting well made piece of clothing that could be exposed time and time again to show different patterns and colours for the changing seasons. Images would be printed with UV light not inks or dyes. This could be a great compromise to 'fast-fashion' without all the endless waste going into landfills. Less resources would be getting utilised for the clothing industry as well as their would be less garments being produced and shipped. The environmental factors would have to be addressed as I'm not sure how this technology works and the energy/chemicals needed to produce these results. It does seem like a fantastic opportunity though.
How it works:
Inside the wall is a Roland DPX-3300 plotter connected to a computer. With a soldering iron the plotter draws on a canvas which is layered with thermochromatic ink. The canvas is heated partially and changes its color. After the heat diminishes the color changes back to its original state.
With this alternative display it is possible to write words or draw simple illustrations. An interface was developed in processing to record the drawings of the cursor.
Video of El Muro.
(we make money not art, 01.11.08)
What about this, people could design the look of their own clothes with a technology such as this...
Perhaps people would feel more connected to their clothes if they were able to express themselves as individuals and show who they are with their clothes. Could decide for themselves the exact shade or patterning etc instead of having it dictated to them...?
Above Digital Dawn, a light reactive window blind by Loop.pH a design company which use electroluminescent technology, colour and light in their design and Research.
Above is Blumen's electronic wallpaper display "The wallpaper is built up from a number of addressable cells forming a repeating pattern across the surface. Each cell can be addressed individually and when connected to sensors Blumen becomes an animated pattern, emerging and altering in response to its environment. Temporal Light takes a similar approach, embedding the electroluminescent material into tiles which act as pixels in the display."
(Mr Watson, 01.11.08)
Kathy Schicker textile designer who weaves with light.
'How does it work? Her light reactive textiles using new and smart yarns that emit, reflect or react to light, including reflective, phosflurescent and photochromic yarns.'
(talk to my shirt, 01.11.08)
'These fabrics are white until they are exposed to sunlight, when colour and pattern is magically revealed. The sunlight also charges the textile, so it glows in the dark.
A brilliant idea using sunlight to bring textiles to life. Sun light is working for us already as energy provider via soft solar panels in bags and clothing. This Solar reactive textiles convert the solar energy to transform the textile patterns without the need of electrical power or wires.
This is to most environmental friendliest use of solar energy I have seen.'
(talk to my shirt, 01.11.08)
Christine Keller a weaver, researcher and tutor uses Retroglo a reflective yarn in her work. She is "especially interested in the perspective the clash of tradition and newest technology gives us"
"Retroglo high luminescent yarns are high reflective yarns used at present mainly in safety equipment. Produced in a newly developed jacquard technique, these pieces respond to light in unexpected and unknown ways. The viewer experiences a space where images appear and disappear on the structures through illuminations of various kinds. Due to the properties of Retroglo yarns two layers of visual appearance, alternately visible, are integrated in one fabric."
'Shimmering Flower (above) deploys a simple technology for nonemissive, color-change textiles. It functions as a woven animated display, constructed with conductive yarns and thermochromic inks together with custom electronics components. The textile is woven on a Jacquard loom, which allows the creation of beautiful and complex imagery. The flower image was created with custom drawing software.'
(Joanna Berzowska, 2004)