Exploring molecular shuttles and their tracks: A hands-on biophysics experience

Professor: Jing Xu

Description: We explore the physics of molecular shuttles and their tracks through hands-on experiments, theoretical inquiry, and quantitative data analyses. Research projects are customized to match students’ interests and fortify their research skills. Students with an affinity for experiments will acquire hands-on experience with advanced optical instruments, including the Nobel Prize-winning laser trap. Students inclined towards theory will develop computational skills, including Monte Carlo and stochastic simulation methods. Students interested in quantitative data analysis will learn mathematical methods in image analysis and statistical analysis. These research experiences can result in direct measurements of the mechanical motions of molecular shuttles, provide mechanistic insights of key controls of molecular shuttles, and uncover previously unexplored mechanical properties in their molecular tracks.

Preferred Qualifications: curiosity and motivation