Yann Magnin’s website presents the scientific work and professional profile of a researcher specializing in computational physics. His expertise includes numerical physics, Monte Carlo simulations, and finite-element modeling, with a substantial publication record focused on nanoporous materials and their applications. A central theme of his research is the behavior of gases, especially carbon dioxide, in metal-organic frameworks (MOFs), including adsorption, diffusion, and separation processes.

His work explores how these materials can support carbon capture, biogas upgrading, and the purification of hydrogen and methane. Recent publications investigate adsorption thermodynamics and kinetics, water’s influence on CO₂ capture, the design of modified MOFs, and computational approaches ranging from statistical mechanics to quantum computing. The site also provides access to scientific articles and conference contributions, alongside sections for his curriculum vitae, contact information, and other interests.

Overall, it serves as a professional research portfolio, sharing Yann Magnin’s contributions to materials modeling and energy-related separation technologies