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process control applications in the nanomanufacturing and semiconductor industries. Our research focuses on the miniaturization of SPM sensing mechanisms (e.g., active cantilevers), high-speed MEMS scanning
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simulation; Interface; Coarse-grain; Thermodynamics; Computational chemistry; Nanotechnology; Statistical mechanics; Eligibility citizenship Open to U.S. citizens level Open to Postdoctoral applicants Stipend
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Exploring Material Behavior Across Scales: Mechanical Characterization, Microstructural Analysis, FEA/AI/ML Modeling, and Automation Approaches NIST only participates in the February and August
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methods with various in situ energy sources (thermal, mechanical, magnetic, electrical) to tailor the properties of a material for a desired application. This research focuses on developing and
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details of regulatory mechanisms for ERK1/2 is a timely and important goal. Structural, biochemical, and biophysical experiments carried out by Natalie Ahn's lab and others have established key aspects
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for critical applications that require qualification and certification—increasingly require that computational models and in-situ monitoring of such processes be experimentally validated under highly controlled
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engineering disciplines such as fluid mechanics, heat transfer, dynamics and system controls, optics, metrology, and data science. Measuring the various dynamic physical phenomena during the fabrication
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disease diagnostics—e.g., cancer, neurodegeneration, osteoporosis—as well as in deciphering the underlying mechanisms of such diseases.Although there is enormous potential of this field in adding valuable
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include the development of novel polymeric mechanical testing devices, novel adhesion blister testing devices, development of high-throughput screening devices, informatics, and data base development. key
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RAP opportunity at National Institute of Standards and Technology NIST Identifying Material Behavior from Measurements and Simulations in Advanced Mechanical Testing Location Material