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are seeking a Research Fellow to contribute to a project focused on Numerical Methods for McKean-Vlasov PDEs. Key Responsibilities: Develop Numerical Methods for McKean-Vlasov PDEs/Master equations Job
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/Computational Mathematics or a related field. An ideal candidate will have: Experience deriving and analyzing numerical methods and/or machine learning methods for scientific computing. A strong computational
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strong numerical and critical thinking skills, and the ability to work in a diverse environment. This position is funded by Southeast Asia Innovation Alliance for a Global Model of Future Agri-food Systems
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, United Kingdom of Great Britain and Northern Ireland [map ] Subject Area: ERC Synergy project Phase-space-inspired Numerical Methods for High Frequency Wave Scattering (PSINumScat) Appl Deadline: 2025/01
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computational methods for large scale poroelastic response on the basin scale - thus covering multiple CO2 storage locations. This may involve mathematical topics such as upscaling, homogenization and numerical
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of a PhD. • Expert knowledge of linear PDEs (in particular wave equations and elliptic equations), high-frequency asymptotics, and numerical methods. • Excellent communication and organisational
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black hole scattering as a precision probe of inspiral-merger dynamics using self-force methods. Southampton's School of Mathematical Sciences is home to a large research group in gravitational physics
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black hole scattering as a precision probe of inspiral-merger dynamics using self-force methods. Southampton's School of Mathematical Sciences is home to a large research group in gravitational physics
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experiments (experimental economics, preference method, discrete choice method, surveys, etc.), with associated academic publications ? You are familiar with putting forward proposals to help build up
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. You will have a PhD in Mathematics, Astrophysics, or a closely allied discipline, with a strong background in numerical methods. Ideally you would have expertise in one of the above options, or some