Massimo Mongillo Email & Phone Number

Louvain, Région Flamande, Belgique

Région De Bruxelles, Belgique

Physics and applications of novel nanodevices based on two-dimensional materials

Campus Minatec

Conception of an integrated opto-electronic characterization system in a Transmission Electron Microscope for in-situ studies of electronic devices– Focussed-Ion-Beam preparation of Phase-Change and OxRAM memories for in-situ electrical characterisation– Superconducting circuits patterned by Focussed Ion beam

Laboratory Practicals for undergraduate engineering students covering the fundamentals of clean room processing of MEMS and Integrated Circuits.

Tokyo, Japon

Optimization and electronic characterization of Organic Light Emitting Diodes based on Light Emitting Electrochemical Cells.Electronic characterization of Organic Transistors.

Integration of new functionalities onto CMOS nanodevices– Conception of CMOS compatible Silicon Nanowire devices for biological sensing– Numerical simulation and finite-element analisys of DNA biosensors based on Silicon Nanowires– Conception of a new detection technique based on electronic noise measurement

Grenoble

Electronic transport and reconfigurable device functionalities on chemically synthesized Silicon Nanowires.Fabrication and electronic transport characterization of Gate-All- Around Schottky barrier transistors, logic gates and ultra-short channel Silicon transistors.Quantum electronic transport in nanodevices

Scanning Near Field Optical Microscopy on semiconductor nanostructures.Spatially resolved photo-current spectroscopy measurements.

Phd In Nanophysics

Marie Curie Early Stage Researcher scholarship

Master In Physics, Condensed Matter Physics

Dissertation title: Andreev bound states at the interface of high and low Tc superconductors. Final Mark: 110/110 Cum Laude