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Advancements in Surface-Mounted Molecular Rotors: Synthesis, Dynamics, and Applications

This research project from the University of Colorado and Northwestern University focuses on the innovative synthesis and characterization of surface-mounted molecular rotors. The study encompasses the design of rotor molecules with specified functions, exploring their electronic, optical, and fluidic dynamics. Key goals include developing low-friction surfaces, molecular machinery, and new optical materials. Additional achievements involve synthesizing new chemical structures and studying dielectric responses. Overall, this work aims to enhance applications in molecular motors and advanced transducer technologies.

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Advancements in Surface-Mounted Molecular Rotors: Synthesis, Dynamics, and Applications

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  1. Surface Mounted Molecular Rotors: Synthesis, Dynamics, and Interactions University of Colorado, Northwestern University, NIST DURINT, year started: 2001 email: michl@eefus.colorado.edu Approach New Ideas • Synthesis of rotor molecules with designed function • Electronic, optical, fluidic and STM characterization Collective properties, ordered 2-d arrays with polar phases and propagating waves, rotor dynamics via STM, low friction surfaces, molecular machinery, new optical materials Molecular motor driven by DC electron transport Delay line based on rotary wave propagation in ferroelectric phase Impact Status 5/1/01: Start 6/19/01: Kick-off meeting in Aberdeen •Synthesis of 7-azanorbornadiene completed •Dielectric response study of Cl-Me rotors on quartz •Regular hexagonal grid formation on Hg surface •Synthesis of trigonal and tetragonal connectors •Horizontal axle rotor molecule synthesized •Basic physics of molecular rotors: interactions with substrate, electric fields, light, and fluids •Synthesis of new complex chemical structures •Fast response laser light protection •New polar electronic materials with transducer, detector, and signal processing applications •Molecular motors •Molecular storage elements

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