Docket #: S18-200
Fully self-healable and stretchable organic transistor for skin-inspired electronics
Stanford researchers have developed stretchable and self-healable organic transistors that can be used to create skin-inspired wearable electronics. The invention blends a polymer semiconductor and an elastomer to create stretchable and self-healing semiconducting film and insulating film.
Stretchable electronics have the potential to be used in applications such as electronic skins, physiological monitoring, implanted treatment, and human-machine interface. Current stretchable electronic materials are not self-healable and are easily damaged by scratching. This invention's self-healing nature supports the creation of long lasting electronic skin.
Stage of Development
Related Technologies:
Stanford docket 17-234: Development of damage-resistant stretchable electronic materials and devices for multifunctional wearable electronics
Applications
- Electronic Skins
- Smart prosthetics
- Stretchable electronic circuits
- Self-Healable electronic devices
Advantages
- High stretchability up to 100% with no electrical degradation
- Self-healable
Publications
- Wang, S., Xu, J., Wang, W. et al (2018). Skin electronics from scalable fabrication of an intrinsically stretchable transistor array. Nature 555, 83–88.
Related Links
Similar Technologies
-
STRETCHABLE SELF-HEALING POLYMERIC DIELECTRICS CROSSLINKED THROUGH METAL-LIGAND COORDINATION S17-167STRETCHABLE SELF-HEALING POLYMERIC DIELECTRICS CROSSLINKED THROUGH METAL-LIGAND COORDINATION
-
Stretchable Semiconductor via Polymer Blending S15-438Stretchable Semiconductor via Polymer Blending
-
Flexible Three-axis Capacitive Static and Dynamic Tactile Sensor S17-093Flexible Three-axis Capacitive Static and Dynamic Tactile Sensor