PREDOCTORAL RESEARCH POSITION IN THE QUANTUM PHENOMENA ON SURFACES GROUP

About the role

We are seeking a highly motivated candidate to join a cutting‑edge project that combines artificial intelligence, robotics, and nanotechnology to accelerate scientific discovery. The position involves developing a self‑driving laboratory dedicated to the design, synthesis, and optimization of plasmonic nanoparticles for applications in catalysis and neurotechnology.

Research focus

• Design and model plasmonic nanoparticles using algorithm‑driven approaches.
• Implement robotic automation for synthesis and high‑throughput experimentation.
• Optimize nanoparticle performance for catalytic processes.
• Explore neurotechnology applications of thermoplasmonic materials.
• Integrate AI‑based feedback loops to create a fully autonomous research workflow.

Funding

This is a fully funded four‑year PhD position.

Grant details

Grant ID: PID2025-172468NB‑I00
Title: ALGOrithm‑driven Nanoparticle Engineering for Thermoplasmonic Applications