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Our group studies the electronic, magnetic, and mechanical properties of molecules, assemblies of molecules, and crystals of molecules. Most of the experiments we perform involve a combination of top-down nanotechnology and bottom-up nanotechnology. Top-down nanotechnology is used to build nanometerscale structures that are used to hold molecules or to make electrical contact to them. Often these measurement structures have a profound effect on the molecular properties. The bottom-up technology we use include synthesizing molecules, purifying them, and using self-assembly techniques to place the molecules between electrodes or to arrange the them into assemblies like fibers or crystals.

 

 

News & messages:

  • Positions available (click here)
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  •  
    Graphene Nanoelectronics   >>>
    In graphene -a one-atom-thick layer of graphite- electrons behave as relativistic particles that can be investigated in nano-electronic devices.

    Nano-electromechanical systems (NEMS)   >>>
    Mechanical motion influences electronic transport and vice versa.

    Transport through single molecules   >>>
    Molecular electronics using single molecules as active components is a promising technological concept with fast growing interest.