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Explore stimuli-driven processes in artificial molecular machines through this 30-minute lecture that examines how external triggers activate molecular-scale devices. Delve into acid-base stimuli mechanisms and understand how pH changes can drive molecular motion and conformational changes in artificial systems. Investigate electrochemical stimuli and their role in powering molecular machines through redox reactions and electron transfer processes. Study the photophysics of supramolecular systems, focusing on how light absorption and energy transfer enable photochemically-driven molecular motors and switches. Discover practical applications of these stimuli-responsive systems in supramolecular devices, including molecular sensors, actuators, and smart materials that respond to environmental changes.
Syllabus
W7L35_Stimuli Driven Processes in Artificial Molecular Machines
Taught by
NPTEL-NOC IITM