Projects with CERN
Towards new concepts of high energy particle detectors for future LHC (CERN) experiments.
This project in collaboration with the CERN aims at selecting new technologies and principle of operation for ultra high fluence sensors that are need for the next LHC upgrade.
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Monolithic silicon detectors for high energy particle tracking.
This project addresses high energy particle detector in silicon technology obtained by low temperature wafer bonding together with a new in-situ characterization technique to quantify radiation induced defects in detector under operation.
Swiss National Science Foundation.
Spice-Compatible Simulation of Soft Errors and Latch-up Events Induced by High Energy Radiations in Integrated Circuits.
Based on new ‘enhanced’ elements such diodes and resistances that can include minority carriers during circuit simulation (Spice), this project targets simultaneously circuit based simulations of optoelectronics as well as high energy particles ionization effects in integrated circuits.
Modeling Nanowire Biosensors.
The aim of the project is to develop an analytical model compatible with electrical simulators (SPICE compatible model) to simulate biological/pH sensor based on Si nanowire Junctionless field effect transistors.