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of the National Institute of Standards and Technology is seeking qualified persons (U.S. Citizens preferred) to develop methods and instrumentation for autonomous synthesis and development of metal organic
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following common protocols independently or with instructions. Use basic science knowledge to learn techniques and methods of the lab. Gain problem-solving skills through progressive training, understanding
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situations based on past experiences and resolve issues independently. As appropriate, refer patients to other resources. Adapt to changes in technology and software to ensure efficient office practice
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lectures, and opportunities for collaboration with faculty across disciplines and departments. Under the direction of Cheryl Dennison Himmelfarb, PhD, RN, and Center faculty, the postdoctoral fellow will
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the Hopkins group is lead by David Kaplan and Surjeet Rajendran. The successful candidate will have expertise in theoretical particle physics and a PhD in physics or a related discipline by September 2026
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, design and manage substantial research projects, and coordinate their own objectives. Perform sophisticated data analysis utilizing an extensive knowledge base and experience with varied methods. In a
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to five years in a consulting firm or strategy department of a corporation. Technical Qualifications & Specialized Certifications Demonstrated ability to use Microsoft Office Suite software applications
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and methods of the lab. Gain problem-solving skills through progressive training, understanding of the research, and experience. Identify and resolve common problems involved in routine molecular assays
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(radiology, pathology). Adapt to changes in technology and software to ensure efficient office practice. Attend nursing meetings and any additional mandatory meetings as required. Assume responsibility for own
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artificial intelligence methods to enhance their research programs. We also encourage applicants in advanced imaging, cryo-ET, and cryo-EM, which are emerging areas of strength at Johns Hopkins. Successful