Miki Hirabayashi

National Institute of Information and Communications Technology

Papers

Total Citations

H-Index

About

Miki Hirabayashi is a pioneering researcher in the emerging field of DNA-based molecular robotics, where biology meets engineering at the nanoscale. Her work focuses on designing intelligent nanomachines that can sense, communicate, and respond to their environments—a vision inspired by natural systems like amoebas and slime molds. Hirabayashi’s major contributions include the development of a DNA nanorobot capable of mimicking the crosstalk behavior of slime fungi, as described in her 2010 paper (6 citations), and a landmark 2011 study (14 citations) that introduced a design for molecular-based network robots. In this work, she proposed a sequence design for DNA nanorobots that can form networks and produce functional molecules called aptamers in response to bacterial signals, such as quorum sensing molecules. While her citation counts reflect the niche and foundational nature of her research, Hirabayashi’s ideas are highly influential in the context of environmental control and synthetic biology. Her work represents a creative leap toward autonomous nanorobots that could one day monitor and regulate biological or ecological systems, making her a notable figure in the quest for intelligent molecular machines.