Postdoc: Nanoscale Quantum Imaging with NV Magnetometry

DTU; Denmark; Remoto; DKK 420.000 - 520.000; Tempo pieno

Descrizione del lavoro

DTU Energy in Denmark is seeking a postdoctoral researcher to explore scanning NV magnetometry for visualizing buried functional processes in energy and electronic materials. You will join a large team and collaborate with material scientists and simulations to advance this cutting-edge characterization capability.

You will perform in-operando measurements, optimize sensing schemes for the NV magnetometer, and help establish the methodology as a core tool for studying buried processes in energy

Competenze

• PhD degree required.
• Experience with scanning probe microscopy or magnetic imaging techniques.
• Hands-on NV magnetometry or SQUID magnetometry experience is a strong advantage.
• Programming experience, ideally Python.
• Strong scientific drive and ability to work in a team.
• Excellent English communication, written and spoken.

Mansioni

• Perform in-operando measurements of buried current and magnetization distributions of various electronic, magnetic and energy materials/devices.
• Optimize the sensing schemes of a new state-of-the-art commercial scanning NV magnetometer with variable temperature operation (2-330C) and 1T vector magnet.
• Help establish the methodology as a key characterization tool for measuring buried functional processes in energy materials.

Conoscenze

NV magnetometry

Scanning SQUID magnetometry

Python

Magnetic imaging techniques

English communication

Formazione

PhD degree

Descrizione del lavoro

DTU Energy in Denmark is seeking a postdoctoral researcher to explore scanning NV magnetometry for visualizing buried functional processes in energy and electronic materials. You will join a large team and collaborate with material scientists and simulations to advance this cutting-edge characterization capability.

You will perform in-operando measurements, optimize sensing schemes for the NV magnetometer, and help establish the methodology as a core tool for studying buried processes in energy