Revolutionary Rubber Electronics: First Stretchable CMOS Circuits by Cunjiang Yu

Описание: Rubber electronics, CMOS circuits, stretchable electronics, Cunjiang Yu research.
Discover the groundbreaking innovation in materials engineering where researchers at the University of Illinois have created rubbery CMOS electronics that are fully stretchable and deformable, unlike traditional rigid CMOS technology.
This new development uses all-rubbery materials for semiconductors, dielectrics, and interconnects, achieving true complementary behavior with both p-type and n-type transistors. These circuits maintain performance even when stretched up to 50%, enabling applications like sensory skin for medical monitoring, soft robotics, and human-machine interfaces.
Learn how this breakthrough, led by Cunjiang Yu, overcomes limitations of hybrid systems and paves the way for flexible electronics that integrate seamlessly with biological tissues. Perfect for tech enthusiasts interested in the future of wearable and implantable devices.
Key highlights include the first demonstration of CMOS logic gates in rubber, stable under large strains, and its implications beyond biomedicine.