Prof. Robinson is interested in process/property/performance relationships in 2D materials for a variety of applications, including high-frequency electronics, quantum computing, quantum communications, chemical/biological sensing, catalysis and energy storage, and beyond silicon CMOS applications. His group focuses on a vertically integrated approach to making and understanding 2D materials grown via chemical vapor deposition, and they developed a new process to stabilize traditionally 3D materials in 2D form, dubbed confinement heteroepitaxy (CHet). Prof. Robinson has published > 250 research articles (see Google Scholar for up-to-date info), presented >150 invited talks, and has garnered a variety of honors and awards. Beyond numbers, Prof. Robinson is super proud of his research group members – they are the ones that enable all the success!