Wanpeng joined the McCulloch group in and is interested in the fabrication and characterization of novel Covalent Organic Frameworks for various applications. She completed her BSc at Peking University in Chemistry and Psychology while working on germanosilicate zeolites under the supervision of Prof.
Junliang Sun. Her doctoral studies at the University of Manchester focused on ammonia adsorption in Metal-Organic Framework under the supervision of Prof. Sihai Yang. Zeinab joined the McCulloch group in and is interested in perovskite materials for photocatalytic applications. Jin joined the McCulloch group in and is interested in the design and synthesis of COFs for photo-related applications. Jin completed his bachelor's and master's studies in China and gained his PhD under the supervision of Prof.
His doctoral research focused on the structural diversity and functionality of the linkage in COFs. Junfu completed his undergraduate studies in the Department of Chemistry at University of Cambridge. After graduation, she directly pursued a PhD in the department of Chemistry at Oxford under the supervision of Prof. Iain McCulloch. Her research interest mainly lies on the development of novel n-type conjugated polymer materials for OECT applications, in particular, she is working on the effect of side chains towards the performance of the polymer.
Guanru completed his undergraduate studies In the department of Chemistry at Imperial College London in , and joined the McCulloch group in the same year.
After graduation, he worked as a research assistant in Shanghai Institute of Organic Chemistry, Chinese Academy of Sciences for nearly one year. Yueying completed her MSci degree in the Department of Chemistry at Imperial College London, carrying out her MSci project in the Martin group focusing on the metal-free synthesis and side chains modification of conjugated polymers for OECT applications. After graduation, she is now undertaking a Dphil in the McCulloch group and working on deep-HOMO conjugated polymers for photocatalytic water oxidation.
