WashU interdisciplinary research uses machine learning to offer accurate prediction of preterm birth
3 minutes read
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Azoteq's IQS39x family combines capacitive sensing and haptic feedback in a single compact IC, enabling more responsive, intuitive, and reliable user interfaces for next-gen consumer, industrial, and wearable devices.
BrainChip's Akida processor is enabling real-time seizure prediction in wearable devices, marking a breakthrough in low-power, personalized medical AI at the edge.
With help from recent gifts, the Stanford Wearable Electronics Initiative eWEAR-X is supercharging its efforts to transform researchers inspiration into reality by augmenting the Ideation and Prototyping Lab and providing seed funding for members of the university community.
4 minutes read
With Xsens MVN Link
3 minutes read
Quantum dot displays have replaced their dim and energy-intensive predecessors on high-end televisions, but they can also be deployed for futuristic wearable electronics and much more
In the modern era of sport, results are often decided by ultra-fine margins like milliseconds or millimeters. Yet even precise metrics such as speed and distance are still quite rudimentary in nature.
4 minutes read
TDK’s Full-Color Laser Modules (FCLM) introduce a paradigm shift in AR smart glasses display technology.
KUMIHIMO is a co-creation project focused on sourcing innovative ideas that utilize Murata's hardware. Xenoma's award-winning entry in this initiative was a smart apparel piece termed a "wearable phono-electrocardiograph."
5 minutes read
Advanced wearable devices enable the wearer to track their BP around the clock, without having to attend their health professional or grapple with a clunky home BP monitor.
3 minutes read
with Xsens Motion Capture
3 minutes read
In this episode, we explore the first healthcare device powered by body heat, made possible with liquid-based metals and discover how this innovative technology is paving the way for sustainable and energy-efficient medical devices, revolutionizing the future of healthcare.
13 minutes read
In this episode, we explore the groundbreaking invisible mask developed by a University of Michigan spin-off that is equipped with a wearable air curtain capable of killing viruses and blocking 99.8% of aerosols.
14 minutes read
Headworn tech from U-M startup could protect agricultural and industrial workers from airborne pathogens.
4 minutes read
Smart textiles expert and Professor in the School of Materials Science and Engineering shares insight into the best fabrics to wear in the Summer
2 minutes read
