Overview
The Hybrid Nanosystems group and the Hybrid Solar Cells group at NWO-Institute AMOLF are offering two PhD positions to study the atomic-scale changes of interfaces between halide perovskites and metals. Using a unique in situ transmission electron microscope (TEM), researchers will observe how these interfaces evolve under light and electrical bias in real-time. This research is critical for improving solar cells, LEDs, and neuromorphic electronics.
Position Details
| Institution | AMOLF (NWO-Institute) |
| Designation | PhD Candidate (2 Positions) |
| Research Area | Physics, Chemistry, Nanoscience, Sustainable Energy Materials |
| Location | Amsterdam Science Park, Netherlands |
| Duration | 4 years (Full-time, 40 hours/week) |
| Salary | Starting at €3,115 gross per month plus benefits |
| Last Date to Apply | Not specified (Open until filled) |
Research Area
The project focuses on the “living” interfaces of halide perovskites. Because these materials are soft and their ions are mobile, contacts with metals are dynamic rather than static. The research aims to link atomic-scale processes, such as defect migration and metal atom diffusion, to charge transfer and overall device performance.
PhD Position 1: Hybrid Nanosystems Group
Headed by Wiebke Albrecht, this role focuses on:
- Developing low-dose, time-resolved TEM methods for beam-sensitive perovskites.
- Using nanosecond-resolution direct electron detectors to track local electric fields and strain.
- Combining single-particle optical spectroscopy with in situ TEM under laser excitation.
PhD Position 2: Hybrid Solar Cells Group
Headed by Bruno Ehrler, this role focuses on:
- Designing and fabricating lateral perovskite-metal devices for TEM imaging.
- Measuring electrical and memristive behavior under bias and light.
- Extending drift-diffusion simulations to connect atomic changes to device function.
Eligibility/Qualification
Candidates must meet the following criteria:
- A Master of Science (MSc) degree in Physics, Chemistry, Nanoscience, or a related field.
- Strong interest in electron microscopy, semiconductor physics, or nanotechnology.
- Ability to work in a collaborative, international environment.
Scholarship Description & Benefits
The positions are funded by an NWO Open Competition Domain Science (M-2) grant. Successful candidates will benefit from:
- Employment by the Netherlands Foundation of Scientific Research Institutes (NWO-I).
- A PhD degree from a Dutch University upon successful completion.
- Access to specialized courses for PhD students.
- Assistance with housing, visa applications, and transport costs for foreign students.
- An inclusive work environment at Amsterdam Science Park.
How to Apply
Interested candidates should apply online through the AMOLF candidate portal. When applying, please include a motivation letter specifying whether you are applying for Position 1, Position 2, or both.
Contact Information
For further information regarding these positions, you may contact:
- Position 1: Wiebke Albrecht (w.albrecht@amolf.nl)
- Position 2: Bruno Ehrler (b.ehrler@amolf.nl)
