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Supramolecular Chemistry

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Supramolecular Chemistry

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Research Frontiers in Rotaxanes and Catenanes Synthesis

Develops mechanical bond formation through template-directed synthesis of interlocked molecular architectures without covalent connections.

Mechanical Bond Dynamics in Responsive Supramolecular Systems
Catalytic Rotaxanes as Programmable Molecular Machines
Catenane Networks for Adaptive Metamaterial Architectures
Topological Chirality and Stereochemical Control in Interlocked Compounds
Rotaxane-Based Logic Gates and Information Processing
Reversible Catenation for Dynamic Molecular Switches
Mechanically Interlocked Polymers with Programmable Motility
Photochemical Ring Translocation in Artificial Molecular Motors
Hierarchical Assembly of Rotaxanes into Ordered Superstructures
Biocompatible Interlocked Architectures for Therapeutic Delivery

All Supramolecular Chemistry PhD categories