This is next level garment. The future is here.
Ink stains. Muddled chains.
Changing hues. Instant muse.
It morphs within the subtle wind.
A contact painted on so thin.
____________________
The biological and chemical technology is integrated into layers of fabric and transforms its color in response to pressure change. Air’s nano compounds, inks, and dyes are capable of sensing up to seven stimuli: heat, UV, pollution, moisture, chemicals, friction, and sound. Each element has a different color-altering effect; pollution, for instance, can change between yellow to black. The result is that it translates our environment into a stunning visual representation, where a multi-faceted garment is reminiscent of an insect’s iridescent exoskeleton.
Ink stains. Muddled chains.
Changing hues. Instant muse.
It morphs within the subtle wind.
A contact painted on so thin.
____________________
The air is made up of many different components that are products of our environment, including pollution, moisture, and more. London-based artist Lauren Bowker and her material exploration studio THE UNSEEN have developed a form of ink that’s reactive to the different fluctuations in the wind as well as our own body. It’s demonstrated in a couture capsule collection entitled Air, which was designed for Swarovski and presented during London’s Fashion Week 2014.
The biological and chemical technology is integrated into layers of fabric and transforms its color in response to pressure change. Air’s nano compounds, inks, and dyes are capable of sensing up to seven stimuli: heat, UV, pollution, moisture, chemicals, friction, and sound. Each element has a different color-altering effect; pollution, for instance, can change between yellow to black. The result is that it translates our environment into a stunning visual representation, where a multi-faceted garment is reminiscent of an insect’s iridescent exoskeleton.
No comments:
Post a Comment