Projets IRAMIS (réalisés) -Achieved IRAMIS projects

Automated LC–MS data classification using K-Means and DBScan to detect doped athletes, reduce false results, and flag suspicious profiles.

iMesure is a multifunction instrument for electrical characterization in liquids and solids, integrating sourcemeter, potentiostat, temperature, I/O and USB and ethernet control.

IMS separates gas-phase ions by mobility in a drift tube; an FPGA-based system synchronizes IMS and laser to identify chemical agents by…

Conception d’un système µm de contrôle d’approche à diapason quartz pour positionner un capteur GMR nanofab, validé entre 0 et 4 µm…

Design of an electrical tester for C2N INTERCO, using 420 REED relays, a current source and STM32 to self-diagnose and calibrate contact…

Redesign of SPEC’s N₂ filling controller using SSRs, analog thresholds and an AVR MCU, enabling safe, configurable automatic filling of four bottles.

Design of a 12-channel USB module to digitally control PMT high voltages (-100 to -2000 V) via Python, for LNHB with safe…

Piloter un courant alternatif dans leur échantillon ITO (Indium Tin Oxyde) , de valeur maximale 80V et 10A dans une resistance de…

Developed “Harmony”, an audio software illustrating attosecond lasers via synced harmonics, used at IRAMIS for outreach on the 2023 Nobel work.

Two-channel low-noise analog front-end (×8300) for dual GMR biosensors in microfluidics, with Wheatstone bridge, filters and battery-powered enclosure.

Design of a low-noise bipolar isolation board for weak mV signals with TΩ input impedance; validated experimentally after three prototypes at C2N.

Lightweight neural network detects alpha particles from raw scintillation photons trains in real time using one PMT, with 0.5 % false positive…