Nanoscience •  Supramolecular chemistry  •  Materials science

The DMDL applies the tool of synthetic chemistry and supramolecular chemistry to the design of novel materials that address fundamental and social issues in energy and health. We are particularly interested in the development of state of the art smart molecules and materials for the use in soft electronics.


Designer dynamic materials

i) Covalent synthesis

ii) Non-covalent synthesis

(Engineering at molecular level)

Smart molecules

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Smart polymer matrix


Let's Imagine, Design and Make New Materials!!!

i) High Performance Polymeric Materials

ii) Dynamic Soft Electronics (Future Soft Electronics)

Tough adhesive

Tough self-healing material

무제 2.tiff

Anisotropic material, Stimuli responsive material

Wet adhesive

Film with magentic particles.14.tif
무제 2.tiff

Pediatric electronic medicine

(Growing electronics)

Tough Self-healing Wearable electronics

Dynamic cuff electrode

in growing organism

We will solve fundamental challenges encountered in today’s soft electronics

and  seek new opportunities in bioelectronics and energy storage applications