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At a time when graphene with its particular electronic properties have brought about a renewed and strong interest in carbon materials in the research community, this book on graphitic carbon and its applications in the elucidation of electron transport mechanisms in molecular junctions is of significant importance. In addition to presenting a novel type of molecular electronic junction, the results bear on the widespread topic of electronic conductivity of organic molecules sandwiched between metallic electrodes. The electrical properties of organic molecules are addressed by fabricating carbon/molecule/metals junctions, followed by electrical characterization of the resulting devices, whereby variables such as molecular structure, monolayer thickness, temperature, choice of top metal contact, junction design and configuration, are all addressed. The developed platform affords molecular junctions with high yield and low relative standard deviations that strongly suggest molecular structure plays a pivotal role in their electrical properties.

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He obtained a BA in Chemistry from Rutgers University (1999), a PhD in Analytical Chemistry from The Ohio State university (2005) under Prof. Richard McCreery, did post-doctoral studies with Prof. David Bocian at the U. of California, Riverside. He is currently a research scientist at the Institute of Bioengineering & Nanotechnology, Singapore.

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