• NDR, memory, reconfigurable logic in a monolayer device, just published in J. Phys. Chem. C.
                  • Insights on intermolecular interactions from conductance histograms, Nano Lett.
                  • Molecular Electronics at high-frequencies : A 17 GHz molecular rectifier, Nature Communications (open access).
                  • Micronic OECTs as hydrazine sensors. S. Pecqueur et al., Sensors (read here).
                    • Multiple synaptic plasticity features in memristors.
 S. La Barbera, et al. Scientific Reports (on line)
                        • A new publication on molecular switches and nanoparticules networks in J. Phys. Chem. C
                        • Nanodot molecular junctions and effects of mechanical forces : a new paper in Nanoscale.
                        • Filamentary Switching: synaptic plasticity through device volatility. To read in ACS Nano.

                        Nanostructures, nanoComponents & Molecules


                        The NCM group (Nanostructures, nanoComponents & Molecules) is interested in the physics of nanostructures and nanodevices made of organic molecules and/or hybrid systems involving organic molecules, inorganic metal and/or semiconductor nanostructures. We contribute to knowledge development, studying the fundamental electronic and transport properties of various molecular devices based on self-assembled monolayers, small ensemble of molecules, supramolecular assembly of molecules and nano-objects. We also design, fabricate and study functional molecular devices such as memory, switch, memristor (memory-resistor) and synapstor (synapse-transistor).

                        Our research objectives are:

                        • design and characterization of molecular and nanoscale electronic devices
                        • elucidation of fundamental electronic properties of these molecular and nanoscale devices
                        • study of functional molecular devices and integrated molecular systems
                        • exploration of new device concepts.

                        Organization. The research activities are organized in four topics and a support lab.

                        • Molecular-scale electronics, physics & electronic transport at molecular scale, functional molecular devices (PI : Dr. Stephane Lenfant).
                        • Organic nano-electronics (PI : Prof. Kamal Lmimouni).
                        • Neuro-inspired nano-electronics & bioelectronics (PI : Dr. Fabien Alibart).
                        • 0D nanostructures & devices (until mid-2015, PI : Dr. Nicolas Clement, now at NTT-BRL, Tokyo, Japan).
                        • These research are supported by a chemical synthesis lab (PI : Dr. David Guerin).

                        Enjoy your visit of our group web site

                        Dominique VUILLAUME
                        Group head

                        Retour: Home