Flexible Bioelectronics: Organic Electronic Materials

This lecture by the instructor covers the use of organic electronic materials in flexible bioelectronics, focusing on neural interfaces prepared with organic materials, carbon-based materials' conductivity, controlled deposition environments, and advantages of organic materials. The lecture also discusses electrical conductivity, hydrated materials in a biological environment, and the summary of using multilayered thin film transistors for recording neural information. Additionally, it explores shape morphing materials, AMOLED displays, active matrix tactile sensing foils, and buckled stretchable electronics, highlighting the interdisciplinary nature of flexible bioelectronics and the challenges faced in low-temperature processing and reliability.