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of temperature and pain. Beyond these fascinating proteins, our long-term goal is to develop broadly applicable approaches for studying protein dynamics across diverse biological systems. Current research includes
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existing studies, lake model simulations for emulator development and calibration. Use the emulator in a Bayesian statistical framework to quantitatively interpret paleoclimate proxy time series. Lead
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at the molecular level. We study microbial functions important for bacteria to colonize and survive in the gut habitat. Potential projects include studying antimicrobial stress tolerance, carbon metabolic pathways
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of the current laboratory studies. The selected candidate is expected to work on existing projects in nanomedicines and drug delivery, as well as to develop new directions, such as antibody drug conjugates
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postdoctoral researcher will develop and apply advanced simulation techniques, and data-driven approaches to explore complex biophysical phenomena at the cell membrane. This role provides a platform for
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together researchers across AI, learning sciences, early literacy, and AI ethics to design, study, and scale innovative AI-powered tools that support early literacy development. The Postdoctoral Associate
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in developing and optimizing infection models. In addition, the postdoctoral associate will have the opportunity to work in a collaborative environment, gain experience in studying polymicrobial
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goal is to advance our understanding of the gut microbiota at the molecular level. We study microbial functions important for bacteria to colonize and survive in the gut habitat. Potential projects
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work-life effectiveness. We support your growth and development through our career coaching and training department and we qualify as a public service loan forgiveness organization. Learn more about our
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experience in studying polymicrobial interactions, receive mentoring towards research and career development, attend and present at conferences, and participate in mentoring others if desired. Learn more: Our