Correlative Optics & EM for Perovskite Films

AcademicTransfer; Netherlands; On-site; EUR 42,000 - 54,000; Full time

Job summary

AMOLF invites applications for a recognised postdoc position in the Hybrid Nanosystems group. You will investigate how atomic-scale structure and defects in halide perovskite films govern optical signals and device performance, using TEM, 4D-STEM, and in situ TEM with laser excitation.

You will work with HELIOS and SHINE facilities, training neural networks to infer structure from light and contributing to a cutting-edge, collaborative research program at Amsterdam Science Park.

Qualifications

• PhD in physics, materials science, nanoscience, or related field.
• Strong background in transmission electron microscopy (TEM) including STEM-based techniques (4D-STEM).
• Experience with optical spectroscopy, Python data analysis, or machine learning is advantageous.
• Diversity-minded applicants encouraged to apply.

Responsibilities

• Carry out high-throughput optical and electron microscopy studies on halide perovskite films.
• Integrate TEM/4D-STEM with PL and absorption measurements on the same regions.
• Collaborate with HELIOS and SHINE teams to train neural networks on structural inference from light.

Skills

TEM techniques

Python

Machine learning

Data analysis

Collaboration

Education

PhD in physics / materials science / nanoscience

Tools

4D-STEM

TEM

Job description

AMOLF invites applications for a recognised postdoc position in the Hybrid Nanosystems group. You will investigate how atomic-scale structure and defects in halide perovskite films govern optical signals and device performance, using TEM, 4D-STEM, and in situ TEM with laser excitation.

You will work with HELIOS and SHINE facilities, training neural networks to infer structure from light and contributing to a cutting-edge, collaborative research program at Amsterdam Science Park.