ERA NanoSci - SEmicoNducting SupramOlecular nanoscale wiRes and Field-Effect TransistorS

SENSORS旨在产生新的知识，以支持纳米级有机逻辑的新接口协议的开发。SENSORS依靠超分子方法来设计、合成和使用具有电子功能的可溶液加工的超分子工程纳米结构材料（SENM），以寻求解决导线和晶体管原型（分子/介观尺度）关键接口问题的新解决方案。传感器匹配NanoSciEra的范围，因为它的目标是：1.功能化共轭1D和2D系统的合成和超分子化学2.从亚纳米级以上的电活性SENM的接口和自组织的分层协议的开发3.自上而下和自下而上的电极纳米纤维，间隙低至30 nm 4. SENM与衬底和电极的接口5.超分子导线和场效应晶体管的制造。我们的最终目标是达到载流子迁移率>=4

SENSORS aims to generate new knowledge to underpin the development of new interfacing protocols for nanoscale organic logics. SENSORS relies on supramolecular approach to the design, synthesis and use of solution-processable Supramolecularly Engineered Nanostructured Materials (SENMs) with electronic function, to seek new solutions for solving key interfacing issues of wires and transistors prototypes (molecular-/meso-scale). SENSORS matches the scopes of NanoSciEra as its objectives are:1.Synthetic and supramolecular chemistry of functionalized conjugated 1D & 2D systems2.Development of hierarchical protocols for interfacing and self-organisation of electroactive SENMs from sub-nm scale upwards 3.Top-down & bottom-up electrodes nanofabrication with gaps down to 30 nm4.Interfacing of SENMs with both substrate and electrodes5.Fabrication of supramolecular wires & Field-Effect Transistors. Our ultimate goal is to reach carrier mobilities >=4