Researchers in Germany are developing a textile-based, self-sufficient energy supply that aims to provide mobile electronic devices worn close to the body with energy –...
Somalytics introduced two products based on its carbon-nanotube paper composite capacitive sensors at CES 2022, the world’s largest electronics show held in Las Vegas, Nevada,...
A method for improving the flexibility of ultra-thin electronics, such as those used in bendable devices or clothing, has been developed by researchers at the...
Scientists have shown how electricity is transported in printed two-dimensional (2D) materials, paving the way for the design of new types of devices that could...
A Polish designer that specialises in human–garment interactions has launched a clothing collection that changes colour depending on body temperature, stress levels, movements and even...
Modern batteries will need to overcome numerous hurdles to power new technologies, such as flexible gadgets, electric vehicles and medical devices.
Materials scientists at the USA’s Duke University have developed a lightweight material that traps thermal energy when dry but opens a series of tiny vents...
Textiles equipped with electronics offer many advantages for applications close to the body compared with conventional medical electronics: they are flexible, breathable and comfortable and...
British apparel brand Pangaia has released a new capsule collection of tracksuits featuring bioengineered dyes from Colorifix, a biotechnology company based in Norwich, Norfolk, UK.
Smart textiles manufacturer Myant has partnered with the PACE Cardiology Clinic, headquartered in Newmarket, Ontario, to bring a remote patient monitoring virtual clinic to Canadians...
A British university has discovered a method of embedding a hologram onto yarn to prevent counterfeiting in the apparel industry.
Toray Industries has unveiled a polyester filament fabric that mimics the structure of hair and wool, providing a smooth and supple texture.
Researchers in Singapore have developed a smart wearable sensor that can conduct real-time, point-of-care assessment of chronic wounds wirelessly via an app on a mobile...
Researchers at Stanford University, California, USA, have developed an integrated cooling textile called i-Cool with a functional structure designed for personal perspiration management.
A chemical engineer at the University of Utah has developed a process that transforms apparel fabric into biosensors that measure the electrical activity of muscles...
US engineers at the University of California, Irvine have integrated advanced metamaterials into flexible textiles to create a system capable of battery-free communication between articles...