Our research focuses on the rational design and development of porous materials, including metal–organic frameworks (MOFs), covalent organic frameworks (COFs), supramolecular organic frameworks (SOFs), and molecular cages. We are particularly interested in understanding how precise control over molecular building blocks, topology, and pore environment can be used to tailor material properties for specific applications. By combining synthetic chemistry with advanced characterization, our group aims to establish clear structure–property relationships that guide the creation of next-generation functional materials.

The central theme of our research is addressing environmental and energy challenges through materials innovation.

Specific Research Topics:

• • • • • Porous framework for photothermal applications

        • Porous framework materials for water purification applications

        • Flexible metal-organic frameworks, chemistry of supramolecular assemblies inside pores

        • Metal-organic frameworks and covalent organic frameworks with interlocked linker

        • Targeted synthesis and selective functionalization of framework architectures, towards enhancement of stability and property

        • Catalysis with pre-modified metal-organic architectures and supramolecular assemblies

        • Application of redox active organic and hybrid framework materials for photocatalysis and electrocatalysis

        • Membrane fabrication with delaminated and functionalized nanosheets for separation based applications

        • Application of stimuli responsive cage assemblies for selective encapsulation and release of bioactive molecules

        • Materials discovery and device fabrication for advanced optoelectronic devices