Martha Glazzard at Nottingham Trent University created a fantastic stretch sensing fabric for the Aeolia Project that reproduces the sounds made by a Cellist. The conductive yarn was specifically tailored to fit cellist Peter Gregson.
The Aeolia Cello garment will be making an appearance as Peter Gregson performs at MIT’s Tangible and Embedded Interfaces 2010. The concept seems to be following Clarke’s Third Law which states: ‘Any sufficiently advanced technology is indistinguishable from magic’ which in this case, is a wearable musical instrument.
What Makes This Trend Stand Out
- Wearable Musical Instruments
- Opportunity to disrupt the music industry by creating innovative wearable instruments that enhance musicians' performances.
- Stretch Sensing Fabric
- Opportunity to disrupt the fashion industry by developing fabrics that detect and respond to movement, opening up possibilities for interactive and adaptive clothing.
- Conductive Yarn
- Opportunity to disrupt the textile industry by integrating conductive yarn into fabrics, enabling the creation of smart textiles with embedded sensors and connectivity.
Sectors Adopting This
- Music
- Opportunity to innovate within the music industry by exploring new ways to create and perform music using wearable instruments.
- Fashion
- Opportunity for fashion brands to create technologically advanced clothing using stretch sensing fabric, blurring the lines between fashion and technology.
- Textiles
- Opportunity to transform the textile industry by incorporating conductive yarn into fabrics, enabling the development of smart textiles with various applications.
