Zhisong Wang
Papers
1
Total Citations
39
H-Index
1
About
Zhisong Wang is a leading theorist in the field of molecular motors, specializing in the design principles that govern nanoscale transport. His key research areas include track-walking molecular machines, non-equilibrium statistical physics, and the biophysics of motor proteins. Wang’s major contribution is the conceptualization and theoretical framework for a new generation of synthetic molecular motors that move along tracks without the need for irreversible "bridge-burning" mechanisms, which had previously limited their efficiency and range. His seminal 2019 paper, "Track-walking molecular motors: a new generation beyond bridge-burning designs," has garnered 39 citations and is widely regarded as a foundational blueprint for building more versatile and sustainable nanoscale transporters. This work opens the door to applications in nanoscale assembly lines, targeted chemical synthesis, and even shape-changing materials. By bridging the gap between biological inspiration and synthetic design, Wang’s research provides the core bottom-up mechanism for achieving nanometre-resolved translational movements—a critical capability for the future of molecular robotics. His theoretical insights continue to guide experimentalists in creating more robust and controllable molecular machines.
Research Focus
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