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on the development of computational and analytical methods for strongly correlated electron systems. This position is part of a research program dedicated to advancing the Variational Discrete Action Theory (VDAT) - a
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will include collaborations and mentorship with the Department of Biomedical Informatics. The successful candidate will conduct, and lead aspects of, research within the fields of maternal morbidity and
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Description The successful candidate will perform research in a wide range of nonlinear optics and photonics research involving the interaction of light with matter, including four-wave mixing, stabilization of optical frequency combs, and optical signal processing. The candidate will also...
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with AI and Physics (LEAP), an NSF-funded Science and Technology Center at Columbia University. Responsibilities will include: Analyze data from observations and model simulations of extreme MHWs. Apply
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, neurodevelopmental biology, as well as molecular and cellular neuroscience. Strong computational skills, including programming in MATLAB or Python, superior motivation, drive and demonstrated aptitude for carrying out
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to the delivery of online programs. Evaluate, test, and implement technology and resources to support program delivery. Support the design and development of courses and programs in collaboration with team members
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reasonable estimate of the range of possible compensation at the time of posting. Position Summary Columbia Technology Ventures is the technology transfer office for Columbia University and a central location
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of disease etiology and pathophysiology. Our mission is to apply advances in neuroscience, technology and precision medicine to psychiatry. The SNF Center is dedicated to identifying scientific breakthroughs
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for Computational Electrochemistry (CCCE) is seeking an Associate Research Scientist (ARS) with expertise in surface science, electrochemistry, first-principles electronic structure methods, and machine learning
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are committed to foundational science, uncovering the principles that shape how the brain develops, functions, and recovers. With more than 50 labs, the Zuckerman Institute serves as a hub for collaboration