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and simulation code BMAD. Essential Duties and Responsibilities: As part of a small team, optimize the electron beam spin polarization of the ESR by minimizing depolarizing effects through analytical
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Tool 5 (MET5)—a 0.55 NA EUV lithography patterning beamline—at Advanced Light Source of the Lawrence Berkeley National Laboraotry. You have experience in optimizing the patterning performance of hybrid
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for neuromorphic computing applications and pulse-based electrical measurements. You have experience in optimizing 2D materials device performance via engineering materials and device physics, including contact
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of biological systems from how plants make oils and other products to the role of proteins in disease. Our work helps to develop and make use of the tools and techniques of biochemistry, molecular genetics
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for scientific and security applications; (ii) ML model optimization for inference speed and deployment for real-time analysis; and (iii) AI model training for analog in-memory computing. The position provides
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complex terrain regions. CMAS does this by innovating on the fronts of meteorological data acquisition, analysis, and interpretation (https://www.bnl.gov/cmas/). The CMAS work portfolio is conducted within
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work closely with CFN Electron Microscopy group members and computer scientists at Brookhaven. You will be professionally mentored by Dr. Judith Yang and Dr. Sooyeon Hwang and receive guidance from Prof
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the complex mechanisms that plants use to produce oils and other bioproducts and to defend themselves from disease. We leverage the unique capabilities of Brookhaven’s National Synchrotron Light Source-II
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experiments at NSLS-II. The selected candidate will work with a team of scientists from NSLS-II, CFN (Centers for Functional Nanomaterials), CSI (Computational Science Initiative), and IO (Instrumentation
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Apply Now Job ID JR101725Date posted 04/01/2025 Position Description: The Postdoctoral Research position would be part of a Department of Energy funded Energy Frontier Research Center, the Center