27 parallel-and-distributed-computing-"Meta"-"Meta" research jobs at Georgetown University
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preparation, and assisting the Project Director in his research; drafting, developing, and editing documents and projects parallel to themes and issues addressed in the primary manuscript, as well as other
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strengthen our work and expand its reach. The Department of Psychiatry has a clinical research program that includes clinical trials measuring the effect of treatments on anxiety and depressive disorders. A
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interpretation (see https://solid-symposium.github.io/2025/ for examples of interdisciplinary research in this space). We seek candidates with a Ph.D. in Linguistics, Computer Science, Cognitive Science, or a
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approaches to legal interpretation (see https://solid-symposium.github.io/2025/ for examples of interdisciplinary research in this space). We seek candidates with a Ph.D. in Linguistics, Computer
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strengthen our work and expand its reach. The Research Assistant (RA) for the Department of Neuroscience will perform data analysis, literature research, and implement computational methods in a research
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quantitative approaches combining protein biochemistry, reconstitution systems, advanced microscopy, and computational modeling, this work will uncover fundamental biological principles that govern proteostasis
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protein biochemistry, reconstitution systems, advanced microscopy, and computational modeling, this work will uncover fundamental biological principles that govern proteostasis and metabolic adaptation
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For the last several decades, Georgetown Counseling and Psychiatric Service (CAPS) has had a training program for psychologists in training, both full-time post-internship positions (as requested here
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the Center with necessary administrative help. Requirements and Qualifications This position requires a student to be enrolled in a high school program for the 2024 academic year Candidate will have an
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biochemical methods, alongside computational approaches, this work will map exposure-metabolism-protein networks to understand fundamental mechanisms underlying the transition from healthy aging to