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Shiki YAGAI
Researchmap
ProfessorChiba University Institute for Advanced Academic Research / Graduate School of Engineering
Keywords
Supramolecular chemistry, Self-assembly, Molecular assembly, Supramolecular polymers, π-electron systems, Dyes, Nanostructures, Meso-scale domains
Professional Memberships
The Society of Polymer Science, The Chemical Society of Japan, The Japanese Photochemistry, American Chemical Society Association
Research Theme
Self-Organized Mesotechnology
Abstract
In this research, we will artificially create meso-sized machines (with a size between nanometers and micrometers*) by using a bottom-up technology called "curved self-assembly," which has been developed in our laboratory.
This unique technology enables the development of various meso-sized components, such as rings, spirals, and chains, that were not easy to create.
Light-responsive molecules are incorporated into these components, and their structures are manipulated by light.
These parts are ultimately combined to create a more complex device, thereby developing a meso-machine.
Meso-machines can directly capture and transport cells and proteins, making them a novel and valuable technology for the bioresearch and medical fields.
Our research will lead the world in developing meso-technologies that can realize the ultimate self-assembly technology.
*A nanometer (nm) is one billionth of a meter. A micrometer (µm) is one-millionth of a meter. (e.g., the diameter of DNA is about 2 nm, the size of viruses is 20-300 nm, and the thickness of human hair is 80 µm.)
