Domain, Specialties : Condensed matter physics
Keywords: spin electronics, magnetotransport
Research Unit : SPEC / LNO
Summary
The aim of the internship is to develop and test a compact magnetometer enabling field measurement in all three directions. The magnetometer will use the principles of spin electronics and can be used for precision magnetometry (nanotelsa).
Full description
This project is part of the PEPR SPIN ADAGE project, which aims to develop more sensitive, adaptable and agile magnetic field sensors.
The problem here is the integration of spin electronics and magnetic textures to create compact devices, potentially on a single chip, for measuring magnetic fields in all three directions.
The internship will involve studying the underlying physics of magnetoresistive stacks, and then using microfabrication technologies to fabricate complete devices, combined with discrete electronics.
The magnetometers will then be qualified in terms of performance (sensitivity, range, noise, detection limit) on SPEC’s Ultra-Low Magnetic Noise platform.
They will then be destined for applications such as space or neural signal measurement.
Location
CEA-Saclay, 91 Essonne, France
Internship conditions
- Internship duration: 4 months
- Level of study: Bac+4/5
- Training: Master 1
- Continuation in PhD thesis: No
- Application deadline: 1 février 2025
Experimental skills
Language : English
Useful methods and technics: microfabrication, magnetotransport, noise measurements, instrumentation
Computer languages and software: Qtiplot, Python
Supervisor
Myriam Pannetier Lecoeur
Phone: 0169087410
Email :