We investigate the design and synthesis of organic and polymer materials capable of controlled-assembly or self-organization to form ultrathin films. This includes incorporating functional groups in amphiphiles, polymerization on surfaces, and preparation of p-electron conjugated oligomers and polymers. These materials are often: photochromic, electrically conducting, photo-luminescent, electro-luminescent, and nonlinear optically active. Electropolymerization is utilized to synthesize conjugated polymer ultrathin films in-situ. We are also involved in investigating nanoparticles, nanostructured surfaces, and nanocomposite materials primarily with an organic or polymer component.

In the area of biotechnology, there is interest in the preparation and application of these materials for bioadhesion, biosensors, and drug delivery. In summary, the projects and approaches are multidisciplinary, combining elements of organic and polymer synthesis, physical methods, and even engineering.