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PhD Thesis - In situ TEM of Coulomb phase excitation in artificial spin ice matter

Germany💼 Full-time💰 $156–$156🗓 2026-06-08 → 2026-07-31

Core

Quantitative investigation of Coulomb phases and magnetic monopole dynamics in artificial spin ice materials using in situ TEM.

Role type

PhD researcher (experimental physics/nanoscience)

Builds

Quantitative magnetic imaging datasets and analysis of thermal fluctuations in patterned spin ice structures.

Domain

Condensed matter physics / Nanotechnology / Electron microscopy

Deliverable

research

Required skills

Solid state physics, Transmission electron microscopy (TEM), Lorentz microscopy, Electron holography, Data processing and analysis, Python or scripting

Preferred skills

Material synthesis collaboration, Cryogenic stage operation, Automated workflow development

Technologies

Transmission electron microscope, Liquid helium cryo-magnetizing stage, Electron diffraction, Spectroscopy

Responsibilities

Perform structural and chemical characterization of specimens using advanced TEM techniques; Optimize electron optical configurations for electron holography; Develop automated acquisition workflows for measurements across varying temperatures and magnetic fields; Establish data transfer pipelines from detectors to servers; Apply advanced image processing to denoise and improve phase images; Interpret data regarding magnetic properties of artificial spin ice lattices.

Seniority

PhD candidate (entry-level research)

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