Phd in PHYSICS

Thesis title: Development of a Light Driven Biohybrid Microbot.

This thesis explores the development, optimization, and applications of microbots that are powered and controlled by such genetically modified E. coli bacteria. The important gene modification we do makes the bacteria sensitive to green light, and through this we can gain control over its speed. By integrating biological elements with micro-robotics we investigate different complex phenomena. The research is divided into two main parts: the theoretical foundations and practical applications of microbots, and the methodologies for their fabrication and use in bacterial baths.