Postdoc: Neuromorphic Spintronics & Skyrmion Dynamics

CNRS - National Center for Scientific Research; France; Presencial; EUR 42 000 - 54 000; Tempo integral

Resumo da oferta

CNRS's Spintec laboratory in Grenoble offers an experimental postdoctoral position in neuromorphic spintronics, focusing on manipulating magnetic solitons and spin waves for unconventional computing. The project aims to develop nanomagnetic neural-network hardware capable of rapid, energy-efficient machine learning tasks.

The successful candidate will bridge materials science, magnetization dynamics, and computing, developing new material systems and leveraging state-of-the-art microscopy to

Qualificações

• Ph.D. in nanoscience, materials science or condensed matter physics.
• Experience with spintronics, neuromorphic approaches or related quantum/condensed matter systems.
• Familiarity with advanced microscopy and characterization techniques.

Responsabilidades

• Develop novel material systems to stabilize and excite spin excitations (solitons, spin waves).
• Study dynamics with high-frequency electrical and magnetic microscopy techniques.
• Develop physical models and training algorithms for hardware-based machine learning tasks.
• Implement and validate hardware-based machine learning tasks such as pattern recognition.

Conhecimentos

Spintronics

Neuromorphic computing

Magnetization dynamics

Formação académica

Ph.D. in nanoscience

Ph.D. in materials science

Ph.D. in condensed matter physics

Ferramentas

Kerr effect microscopy

High-frequency microscopy

Descrição da oferta de emprego

CNRS's Spintec laboratory in Grenoble offers an experimental postdoctoral position in neuromorphic spintronics, focusing on manipulating magnetic solitons and spin waves for unconventional computing. The project aims to develop nanomagnetic neural-network hardware capable of rapid, energy-efficient machine learning tasks.

The successful candidate will bridge materials science, magnetization dynamics, and computing, developing new material systems and leveraging state-of-the-art microscopy to