CIFRE - Développement d’une solution de test de bruit sous pointes en environnement cryogénique pour les applications quantique et spatiales - H/F
Core
Design, model, and validate an on-wafer noise test solution under probe tips in a cryogenic environment up to 4 K for quantum computing and space applications.
Role type
PhD Researcher (CIFRE) in cryogenic electronics and noise characterization
Builds
A dedicated cryogenic on-wafer test bench, advanced noise calibration methods, and experimental validation data
Domain
Quantum computing and space systems electronics
Required skills
cryogenic electronics, noise modeling, on-wafer testing, low-noise amplifiers, transistor characterization, experimental validation, temperature gradient analysis
Preferred skills
quantum computing knowledge, space systems expertise, calibration methodologies
Technologies
cryogenic test benches, probe tips, low-noise amplifiers, transistors, temperature gradient modeling
Responsibilities
Define and build a dedicated cryogenic on-wafer test bench for noise measurements; Develop advanced noise calibration methods integrating temperature gradients; Validate experimentally on representative devices (low-noise amplifiers, transistors)
Seniority
PhD Researcher (CIFRE), research-focused
