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Louis Cuccia Research Group

 

Our work

This is a photo of a molecular force probe

We specialize in:

  • folding and self-organization of bio-inspired foldamers and macrocycles
  • force spectroscopy of biopolymers
  • chiral symmetry breaking
  • dynamic combinatorial chemistry

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Dynamic implications of supramolecular chemistry

This is a photo of the self-assembly of Lego blocks

The underlying theme of our research program revolves around dynamic processes. Ultimately, we are aiming for a deeper understanding of the interplay between kinetics and thermodynamics in various chemical systems.

Three specific topics under investigation are: (i) Single molecule force measurements for studying unfolding, adhesion, and molecular interactions, (ii) Chiral symmetry breaking, and (iii) Dynamic combinatorial chemistry (DCC).


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Surface Canada 2017

Concordia University is hosting Surface Canada 2017 from May 9 to May 12, 2017. Please join us!

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Go to Surface Canada 2017




Take a tour

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Why not have a look at our instruments?


 

Recent publications

  • Rapid and facile solvent-free mechanosynthesis in a cell lysis mill: preparation and mechanochemical complexation of aminobenzoquinones
  • "Six Degrees of Separation"-Revealing a "Small-World Phenomenon" through a Chemistry Literature Search Activity
  • Viedma Ripening of Conglomerate Crystals of Achiral Molecules Monitored Using Solid-State Circular Dichroism
  • Mirror Symmetry Breaking and Chiral Amplification in Foldamer-Based Supramolecular Helical Aggregates
  • Molecular Modeling of Fullerenes with Beads
  • Charge-Assisted Hydrogen Bond-Directed Self-Assembly of an Amphiphilic Zwitterionic Quinonemonoimine at the Liquid-Solid Interface
  • Single Molecule Atomic Force Microscopy and Force Spectroscopy of Chitosan
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For members of the Cuccia Research Group only: member website.


 

Concordia University