The Laboratory for Molecular Electronics (LEM) develops academic research on fondamentals of nanoelectronics. The multidisciplinary team gathers about twelve researchers studying nano-objects (small molecules, biomolecules, graphene, carbon nanotubes, nanoparticles) with both nanofabrication and self-assembly techniques. Our principal research interests are:

• Nanochemistry, functionalization of graphene, carbon nanotubes and fullerenes

• Bio-directed assembly of nano-objects and nano-materials (2D and 3D) using DNA

• Relation between molecular structure and electrical transport properties in single molecule measurements

• Flexible and high-frequency electronics based on graphene and carbon nanotubes

• New circuit architectures based on organic memory devices (organic "memristors")

• Synthesis and assembly of graphene oxide (GO), GO reduction, rGO-based electrodes and associated optoelectronic devices (oPV)

Visit the lab website and discover our present team and the former members, the funded projects involving LEM, our publications, our current scientific projects:

• DNA based selfassembly of carbon nanotube transistors
• Relations between molecular structure and electronic transport properties   (see also this news)
• Chemical and optical sensitivity of carbon nanotube transistors
• Carbon Nanotube Chemistry: new functionalities (see also this nanotube news and this solar cell news)
• Carbon nanotubes at high frequency (see also this nanotube HF news and this graphene HF news)
• Self-assembly of nanoobjects through film deposition.