Low Dimensional Noble-metallic Nanomaterials for Soft Bioelectronics

This thesis work contributes to the development of low-dimensional nanomaterial-based nanocomposites for soft bioelectronics. Fundamental understanding of soft optical sensors, new synthetic mechanism of one-step nanowire growth for wearable electronics and fabrication of flexible fuel cells are achieved. It indicates the potential of the low-dimensional nanomaterials for next-generation on-skin healthcare and wearable bioelectronics.