| 초록 |
Development of artificial synesthesia has been considered a unique platform to overcome the current limitation of ICT technology. Researchers have extended the potential of piezoelectronic materials to piezo-phototronics realm, in which the sensed information can be directly visualized for user-friendly recognition. However, existing organic or inorganic materials have shown limited capacity in terms of the operation voltage, self-driving and cost-effective mass production. To overcome these issues, here, we propose to integrate plasmonic effects into representative piezoelectric materials toward plasmo-phototronics. Generation of extra level of carriers is expected to relieve the operation voltage via near field effect and the emissive light can be amplified by plasmonic coupling. |
