Canada Research Chair on Electrically Active Nanostructures and Interfaces

电活性纳米结构和界面主席的计划旨在利用先进的光谱学和化学功能化探索低维材料。更具体地说，单壁碳纳米管，石墨烯，剥离黑磷和更复杂的结构，这些积木将通过涉及纳米器件，纳米探针，界面和膜的项目进行研究。沿着控制表面状态、过滤电子和推进用于分子筛的石墨烯基膜的想法，提出了挑战化学现象期间电或光转换灵敏度极限的项目。通过实验研究，该讲座将在纳米尺度上推进界面化学的基础知识。

The program of the Chair on Electrically Active Nanostructures and Interfaces aims at exploring low-dimensional materials using advanced spectroscopy and chemical functionalization. More specifically, single-wall carbon nanotubes, graphene, exfoliated black-Phosphorus and more complex structures made of these building blocks will be investigated through projects involving nanodevices, nanoprobes, interfaces and membranes. Projectschallenging the sensitivity limits of the electrical or optical transduction during chemical phenomena are proposed along with ideas towards controlling surface states, filtering electrons and advancing graphene-based membranes for molecular sieving. Though experimental research, the Chair will advance the basic knowledge of interfacial chemistry at the nanometer scale.