Model tin plasmas computationally at INRS in Varennes, Québec, developing 2D hydrodynamic-radiative simulations for EUV sources at 13.5 nm.
This PhD position focuses on computational physics within the Centre énergie matériaux télécommunications. The project examines laser-tin interactions, plasma dynamics, and EUV emission processes. Experimental parameters will inform simulations, with validation using yield and spectroscopic data.
Key Responsibilities: Develop a two-dimensional hydrodynamic-radiative model
Simulate laser-tin interactions and plasma expansion
Model laser absorption and EUV emission processes
Investigate wavelength, pulse duration, and time structure effects
Validate simulations using yield and spectroscopic data
Requirements: Master degree or equivalent in physics
General background in physics
Interest in computational modeling of physical phenomena
Preferably knowledge of plasma physics
Valuable English language skills
Apply computational physics and plasma modeling to optimize tin-plasma EUV sources for next-generation nanolithography.

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📌 Computational Plasma Physics PhD Researcher (Quebec City)
🏢 Institut national de la recherche scientifique
📍 Quebec City