The Tang Research Group is dedicated to advancing the fields of polymer science, catalysis, and material science, with the aim of pushing the boundaries of scientific understanding and contributing to the development of sustainable and high-performance materials. Our research is strategically directed towards the following research directions:

(1) Chemically Circular and Biodegradable Polymers:

We specialize in the synthesis of polymers endowed with exceptional thermal and mechanical properties. Our approach involves the precise control of polymer compositions and microstructures, achieved through the design of novel catalytic systems and/or monomers. By pushing the boundaries of innovation, we aim to contribute significantly to the development of chemically circular and biodegradable polymers, addressing the pressing need for sustainable materials.

(2) Polymerization Methodology:

Our group is actively engaged in the development of novel polymerization methodologies using organic reactions, aiming to yield polymers with highly desirable properties. Additionally, we focus on achieving stereoregular polymers by designing innovative catalytic systems. Our efforts also extend to the synthesis of novel polymeric materials with complex topology, contributing to the expansion of possibilities in polymer science.

(3) Materials Properties:

Our group is actively engaged in the exploration of the structure-performance relationship within our polymer systems. We aim to unlock specific performances from our polymers, including capabilities such as heavy-metal detection, adsorption, and recycling. By delving into the intricate properties of our materials, we contribute to a diverse range of applications, ensuring the practical impact of our research on societal and environmental challenges.