Summary
This is a fully funded, four-year PhD position at the Advanced Research Center for Nanolithography (ARCNL). The project focuses on the fundamental physics of plasma-based sources for nanolithography, specifically aiming to understand and develop light sources radiating at wavelengths shorter than the current 13.5 nm (Beyond-EUV). The research involves an interdisciplinary approach combining experimental work and numerical modeling.
PhD Opportunity: Advancing Beyond-EUV Plasma Physics at ARCNL, Netherlands
Position Overview
| Feature | Details |
| Designation | PhD Student |
| Research Area | Plasma Physics, Atomic/Laser Physics, Nanolithography |
| Location | Amsterdam Science Park, The Netherlands |
| Duration | 4 Years (Full-time, 40 hours/week) |
| Salary | Starting gross salary of € 3,115 per month |
| Last Date to Apply | Position remains open until filled |
Research Area
Experimental and theoretical plasma physics focused on developing Beyond-EUV light sources for next-generation nanolithography.
The research is conducted within ARCNL’s Source Department. The goal is to elucidate the properties of “Beyond-EUV” radiating plasmas. Key research objectives include:
- Quantifying the radiative properties of the plasma.
- Analyzing the production of fast-moving ions.
- Optimizing the conversion efficiency of laser light into usable photons.
- Designing and executing experiments using advanced laser technologies.
Eligibility & Qualifications
- Degree: You have (or will soon obtain) an MSc degree in (Applied) Physics.
- Experience: Knowledge of experimental atomic, plasma, and/or laser physics is highly valued, particularly with strong hands-on laboratory skills.
- Programming: Experience with programming, especially Python, is welcomed.
- Communication: Strong verbal and written communication skills in English are required.
Job Description
As a PhD candidate, you will work at the interface of fundamental physics and industrial application, with close ties to the industrial partner ASML. You will be part of a highly cohesive team and will be responsible for:
- Designing and executing experiments to understand light and ion emission from plasma.
- Performing numerical modeling to quantify plasma properties.
- Working with advanced laser technologies.
- Participating in training courses specifically developed for PhD students.
How to Apply
| Position remains open until filled |
Applications can be submitted through the official ARCNL online application portal.
Note: The position is intended as a full-time appointment. ARCNL supports international candidates with housing, visa applications, and compensation for relocation and furnishing expenses.
