PhD Position: Harnessing Phase Transitions for Optical Information Processing

This PhD position at AMOLF focuses on investigating how phase transitions in materials can be leveraged for advanced optical information processing. The project aims to quantify the trade-offs between energy efficiency, speed, and accuracy in processing signals near phase transitions, building on recent breakthroughs in nonlinear optics. The candidate will conduct experimental work involving optical cavity measurements, materials characterization, and nanofabrication, complemented by theoretical modeling and simulations. The research is collaborative between AMOLF and Utrecht University, offering a unique opportunity to work across two leading research groups in the Netherlands.

• Conduct experimental research on optical cavity measurements and materials characterization near phase transitions.
• Develop and implement theoretical models to analyze and interpret experimental data.
• Perform statistical data analysis and numerical simulations to identify governing mechanisms.
• Design and test photonic information-processing systems exploiting phase-transition physics.
• Collaborate with researchers at Utrecht University, integrating findings across two research groups.
• Contribute to teaching activities and participate in PhD training programs at Utrecht University.
• Present research findings at conferences and publish results in peer-reviewed journals.