| 초록 |
The stretchable electronics have motivated scientists to develop deformable materials for use in electrodes, semiconductors, bio-interfaces, and sensors. To realize fully stretchable electronic devices, each component of the device must maintain its performance up to a critical strain. This talk will present recent developments of stretchable conductors and devices which are based on deformable polymer-metal composite materials, deformable conducting polymers, and stretchable polymer semiconductors. This talk will introduce several strategies to generate the patterned composites for highly stretchable electronics. The stretchable conductors will be used as a circuits and electrodes for s sensor platform. This study presents several uses of the conductive composites, including a triboelectric energy harvesting as stretchable power source, stretchable electrochemical color display, and a real-time sensors for wearable healthcare monitoring. |
