• Synthesis of nanographene molecules with unique structures and properties • Bottom-up chemical synthesis of atomically precise graphene nanoribbons (GNRs) • Functionalization of nanographene molecules and GNRs
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Bottom-up synthesis of multi-functional nanographene molecules and GNRs with novel semiconducting properties for optoelectronic and electronic devices.
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• Bottom-up synthesis and characterization of heteroatom doped nanographene molecules and GNRs • Chemical Vapor Deposition synthesis of GNRs with novel semiconducting properties for OFET and OPV devices.
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• Synthesis and structural analysis of electrochemically exfoliated graphene • Synthesis of nanoparticle polymer composites • Investigation of pericyclic reactions as the driving force for the formation of homoaromaticity
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• Bottom-up synthesis and characterization of graphene sections and GNRs with well-defined defect structures in solution and on surface • Synthesis and characterization of amphiphilic (Janus) dendrimers
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