Medical

Cambridge University, UCSD, Caltech
Sensors

Advances in Sensor Skin-Mounted Patches: Three University Projects

This roundup of diverse skin-patch research showcases different objectives and implementations in biomedical sensing technology.
Pohang University of Science and Technology
Power

Laser Ablation Creates Deformable Micro-Supercap for Soft-Wearable Needs

A flexible, bendable micro-supercapacitor can provide power for skin-attached bio-sensing wearables.
131496585 © Amaviael | Dreamstime.com
Power

Analog Startup Debuts Feature-Rich PMIC for Wearables

This power-management IC developed by Orca Semiconductor targets the unique requirements of a specialized but very large market.
Photo 178408064 © Oleksandra Troian | Dreamstime.com
AR/VR

Exploring the Latest in Extended Reality (XR)

Check out some video highlights from AWE USA 2024.
Penn State University
Power

Single Transducer Merges Bio-Implantable Magnetic and Piezo Harvesting

This unique dual harvesting arrangement, which simultaneously harvests energy from magnetic fields and ultrasound sources, can provide more power than either one alone—at no cost...
VTT Technical Research Centre of Finland
Embedded

Biodegradable ECG Patch Paves the Way to a More Sustainable Medical Industry

A new sustainable ECG patch brings us one step closer to creating less single-use plastic waste.
Social Logistic Robot on the Ball
Robotics

Social Logistic Robot on the Ball

The Mirokai cobot constructed by Enchanted Tools is designed to interact with people.
POSTECH
Sensors

Gold and Silver Nanowires Create Biosensors—and Basic Logic Circuits

By implementing gold and gold-silver nanowires, researchers developed flexible biosensor platforms that can also perform logical operations.
Tufts University
Analog

Your Next Bio-Transistor May Consist of Silk, Not Silicon

Hybrid transistors based on silk protein set the stage for integration of biology and microelectronics.