Dr. Jian Wang
Jian Wang's research focuses on the fascinating intersection of interface chemistry and functional materials, exploring innovative approaches to material design and synthesis. His work encompasses several key areas: plasma-liquid synthesis or advanced functional materials.
He is pioneering the use of plasma-liquid techniques as a novel strategy for organic small molecule synthesis. He investigates how plasma-liquid interactions can facilitate the synthesis of small molecules, potentially offering more efficient and environmentally friendly synthesis routes. The success of this plasma-liquid synthesis route will open up new possibilities in the field of polymer recycling and upcycling, potentially leading to more efficient and sustainable methods for reprocessing and repurposing polymers.
Advanced functional materials: Wang's research also delves into the fundamental aspects of interface chemistry to design advanced functional polymer materials at the interfaces including piezoelectric materials and antibiofouling materials. He aims to combine the characteristics of these materials to design a general controlled release system that can aid in cancer or gene therapy.
By combining cutting-edge plasma-liquid techniques with a deep understanding of interface chemistry, Wang’s research is paving the way for next-generation functional materials. The research in Wang’s group hold promise for addressing pressing challenges in sustainability and healthcare, showcasing the power of interdisciplinary research in materials science.
Jian Wang's publications via ORCID