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Field
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materials, and the use of this platform for realizing X-ray phase-contrast imaging on a table-top scale. Key Responsibilities: Develop theoretical and numerical frameworks for free-electron-driven X-ray
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extension depending on funding availability and job performance. Primary duties and responsibilities: Develops and improves a coupled physical-biogeochemical model for Indian River Lagoon Performs numerical
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for partial differential equations, and multiscale partial differential equations. The candidate will develop efficient numerical methods for solving the problems, and implement the numerical algorithms
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This postdoc will work under the supervision of Dr. Guanyi Wang in ISEM at NUS to explore cutting-edge algorithms, derive rigorous theoretical guarantees, and implement numerical simulations
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experience in photonic device design, numerical simulation, and layout. Proficiency with relevant design and simulation tools, such as Ansys Lumerical, COMSOL, MATLAB, or Python. Hands-on experience in
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the vision of a chip-scale, high-power EUV source for applications including EUV lithography and imaging. Key responsibilities include: Developing theoretical and numerical frameworks in free-electron-driven
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absorption and wave manipulation”. They will be required to develop a novel sonic metagrating barrier for noise absorption, including theoretical analysis, numerical simulation, experimental investigation and
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surface waters, preferably in estuaries; Experience in fieldwork and processing of oceanographic data (in particular CTD data); Knowledge of MATLAB or Python; Experience in numerical modelling; Fluency in
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field is preferred. Candidates should demonstrate a strong record of research and expertise relevant to one or more aspects of BHEX, including black-hole theory, numerical simulation, interferometric data
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on developing AI algorithms (especially for training) aimed at post-digital hardware. Specifically, the project targets numerical and local learning algorithms beyond backpropagation. Key Responsibilities