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field. • Publication record demonstrating expertise in relevant experimental techniques. • Proficiency in molecular, biochemical, and cell biology methods. • Excellent organizational, analytical, and
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data analysis methods. The PDR will work in close collaboration with LCLS-II staff and eXn graduate students. Experimental results will be interpreted in an interdisciplinary environment including
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. The successful candidate will contribute to further advancement of the experimental setup and utilize electron- and light-based advanced methods to conduct materials and surface science research. Duration: 12
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methods for subsurface sensing and characterization. -Present research outcomes at conferences and contribute to peer-reviewed publications in geophysics and computational science. -Collaborate with team
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methods, and contribute to high-impact publications. Responsibilities also include presenting research at national and international meetings, with ample opportunities and mentorship for career development
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and purify recombinant proteins using bacterial (e.g., E. coli) and mammalian (e.g., Expi293, ExpiCHO) expression systems. Characterize proteins through biochemical and biophysical methods, including
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likely to demonstrate expertise in quantitative methods, potential for publishing research, a collaborative/respectful approach to work, and the ability to effectively manage multiple projects to achieve
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in virtual and augmented reality environments. Ideal candidate will: • Develop and implement methods for real-time user authentication in telepresence systems using various teleinteraction device
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highest level of general business knowledge, normally acquired through attainment of a directly job-related terminal degree or equivalent formal training in a recognized field of specialization that is