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Field
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microscopy and imaging approaches Hands-on experience with genome editing technologies (CRISPR-based techniques) Hands-on experience with cellular differentiation systems, stem cell biology and cellular models
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precision-aligning free-space optical bench components. Theoretical Foundations: Robust prior experience with the numerical modeling and design of optical or electromagnetic wave structures. Departmental
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multiphysics solutions to complex problems in porous materials. Candidates with a background in experimental and/or numerical multiphysics modeling of porous media, applicable to both terrestrial and
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materials such as anisotropic, hyperbolic, epsilon-near-zero, dispersive, lossy or active media. The successful candidate will develop analytical models and numerical tools, generate original research
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microscopy, image processing, data simulation, modeling and numerical analysis of spectroscopic and microscopic data. Strong experience in fundamental electrochemistry. Ability to work as an independent
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are As one of the fastest-growing academic health centers in the nation, Texas A&M Health encompasses five colleges and numerous centers and institutes working together to improve health through
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include expertise in igneous and metamorphic petrology, thermodynamics, major and trace element analysis, computing, and modeling. The department houses key instrumentation, especially a LA-ICP-MS system
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, with 6,484 undergraduate and 8,107 graduate or professional students. The resources and support for postdoctoral fellows at Duke are outstanding, with numerous professional development workshops and
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members, 9 post-doctoral fellows, over 66 graduate students, and over 200 undergraduate students. The Department offers an undergraduate honors degree in Medical Physics and teaches numerous courses
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bridge the gap between abstract geometric theory and numerical implementation for genuine multiple-timescale (MTS) problems (i.e., systems involving more than two distinct timescales). The successful