Researchers from the University of Waterloo have developed a smart fabric that can capture solar energy, as well as monitor health and movement. The research showcased the potential for combining advanced materials and conductive polymers with innovative textile technologies to enhance smart fabrics for wearable devices.
According to the scientists, the fabric can transform solar energy and body heat into electricity. The team added that users could integrate various sensors into the fabric to monitor heart rate, recognize temperature fluctuations, and measure other metrics.
Self-Sustaining Electronics
Typically, wearables have been limited by the need to be recharged or use additional power sources. Because this new fabric relies on thermal energy, those limitations are mitigated. It also makes the fabric more affordable.
Aligning With AI Development
The development comes as artificial intelligence technology evolves to offer signal analysis for pharmaceutical, health, and environmental applications.
However, the progress depends on data collection that traditional sensors cannot provide. Chemical engineering professor Yuning Li noted that the printed sensors used in smart fabrics are well-suited for continuous data monitoring and collection.
The Next Phase
The researchers highlighted using the fabric in a face mask to monitor breath rate and temperature, as well as detect chemicals that could identify lung cancer, viruses, and other conditions.
Upcoming developments could feature an app that tracks and transmits fabric data to healthcare professionals.
Image Source: Shutterstock / ivan_kislitsin
