"Physics is a function of size ..." The aim of the research is to create a new interactive communication system by 're-cabling' fabrics for releasing fragrances in 21st century fashion design. A new development, taking inspiration from biology, conjures up Multi-Sensorial Fabrics - based around the sense of smell. Using the theory that 'Smell Is Nanotechnology' and that biology works by nano-machines, biological actions can be miniaturised (such as 'sensing' in the animal world) to create an integrated system called 'The Wellness Collection'. Fragrances (and eventually medication, monitoring devices and digital information) will be actively 'pulsed' electronically through a cabling device system which will 'mimic' the human senses and in particular the scent glands in our bodies and be literally incorporated into the fabric structure. Technology with therefore be integrated in fabrics and carried in invisible clothing. The system also acts as a new vehicle for designer perfumes, reducing the application of alcohol on skin and microencapsulation. Traditional textile design concerns passive issues relating to colour and texture (and performance purposes to a certain degree). However, this research concentrates on a more active approach to textile design, introducing the living active garment as a second skin. The aim is to combine a number of contrasting areas from the Arts and Sciences. For example : - Perfumery. Fashion Designs. Textile & Fibre Technologies. Space Age Clothing. Biosensing Techniques. 'Micro Tube' Technology. Fluid Control. 'Smart intelligence'. Human Biology & Psychology. Human Skin, Circulation & Nervous Systems. Medical Textiles. Controlled Drug Delivery Systems. Alternative Therapies. Nanotechnology. Although some might consider this project to be high risk, it is a general fact that creative and 'novel' research originates from multi disciplinary fields. Emphasis on this important fact must be acknowledged throughout the thought process of the following project which is documented as a thorough ‘library’ of valuable research information. The Science Fashion approach may therefore seem very futuristic, but as technology itself reduces in size such an approach becomes increasingly realistic.
| Identifer | oai:union.ndltd.org:bl.uk/oai:ethos.bl.uk:264596 |
| Date | January 1997 |
| Creators | Tillotson, Jenny |
| Publisher | Royal College of Art |
| Source Sets | Ethos UK |
| Detected Language | English |
| Type | Electronic Thesis or Dissertation |
| Source | http://ualresearchonline.arts.ac.uk/5408/ |
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