PhD: Cryogenic Noise & Quantum Readout Electronics

COFUND QuanG; France; Sur place; EUR 23 000 - 28 000; Plein temps

Résumé du poste

COFUND QuanG seeks a First Stage Researcher (PhD) to study trap-related noise in cryogenic CMOS devices, develop physics-based noise models, and contribute to quantum electronics research in Grenoble.

The PhD calls for a Master’s degree or equivalent, with strong electron device physics background and proficiency in Python/MATLAB. The programme is fully funded under the QuanG2 PhD Call and hosted by Université Grenoble Alpes.

Qualifications

• Master’s degree or equivalent by deadline; must not hold a doctoral degree
• MSCA mobility rule: must not have resided or carried out main activity in France in the last 12 months
• Strong background in physics/electronics and ability to communicate effectively in English

Responsabilités

• Conduct experimental studies on trap-related noise at cryogenic temperatures (down to 4 K) in CMOS devices
• Develop physics-based compact noise models for cryo-circuit design
• Disseminate results through reports, publications and presentations

Connaissances

Electron device physics

Electrical measurements

English proficiency

Formation

Master’s degree or equivalent

Outils

Python

MATLAB

Description du poste

COFUND QuanG seeks a First Stage Researcher (PhD) to study trap-related noise in cryogenic CMOS devices, develop physics-based noise models, and contribute to quantum electronics research in Grenoble.

The PhD calls for a Master’s degree or equivalent, with strong electron device physics background and proficiency in Python/MATLAB. The programme is fully funded under the QuanG2 PhD Call and hosted by Université Grenoble Alpes.