Hybrid Optoelectronic Materials and Devices

加拿大研究教席的主要目标是建立一个尖端研究计划，研究使用自组装纳米晶体薄膜制备的混合多层异质结构的独特光电特性。然后，这些坚固、多功能和低成本的结构将被集成到更复杂的设备架构中，这些结构使用基于简单解决方案的处理方法生产。这些新型结构通过为太阳能收集和节能照明提供高性价比的技术，具有改变光电子领域的潜力。除了支持所有级别的学生，这个多学科项目及其提供的独特基础设施将使我们能够将自己定位为新兴的自组装光电材料和器件领域的公认领导者，将为国际学术合作提供许多机会，并将使我们能够与加拿大行业建立卓有成效的合作伙伴关系。

The main objective of this Canada Research Chair is to build a cutting-edge research program to study the unique optoelectronic properties of hybrid multilayered heterostructures produced using self-assembled nanocrystalline films. Then, these robust, versatile and low-cost structures produced using facile all solution-based processing will be integrated within more complex device architectures. These novel structures have the potential of transforming the field of optoelectronics by providing superior cost-effective technologies for solar energy harvesting and for energy-efficient lighting. In addition to support students at all levels, this multidisciplinary program and the unique infrastructure it provides will allow us to position ourselves as recognized leaders in the emerging field of self-assembled optoelectronic materials and devices, will enable many opportunities for international academic collaborations, and will allow us to establish fruitful partnerships with the Canadian industry.