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applications for a Postdoctoral Researcher in Artificial Intelligence and Religion based at Harvard Divinity School (HDS). This interdisciplinary position explores how contemporary AI systems interact with
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on molecular biology and virology approaches to study host–pathogen interactions. We welcome applications from candidates who are interested in these or related fields, particularly those who may bring a new
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Physics (GRASP) Initiative -https://grasp.physics.harvard.edu , is now accepting applications for a postdoctoral fellowship in high energy theory. We anticipate a dynamic environment with interactions with
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://grasp.physics.harvard.edu , is now accepting applications for a postdoctoral fellowship in high energy theory. We anticipate a dynamic environment with interactions with many interesting visitors as well as the members
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appropriate to level of the position; and have the ability to identify and pursue research problems independently while working well in an interactive and dynamic setting. Pay offered to the selected candidate
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are generally expected to be in residence at Harvard for the duration of their appointments, since regular interactions with the CRISES team and affiliated faculty will be critical for engagement and mentorship
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of methodologies suited for simulations of biological systems, including DNA and histone interactions. Candidates should also arrange for letters of recommendation to be submitted by up to three scientists familiar
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in an interactive research environment, is expected. Additional Qualifications Special Instructions Required documents Curriculum Vitae Cover Letter, including a brief description of past research and
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, and creative academic research environment alongside graduate student trainees; and who want to help shape the research trajectory of a newly established lab in an exciting and growing field. Our work
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will join a young laboratory with opportunities to contribute to multiple exciting projects, broadly focused on defining the molecular mechanisms of host-microbiome interactions using CRISPR screens