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part of an interdisciplinary research team dedicated to advancing management science, the fellows will develop novel quantitative methods at the interface of statistical learning, experimental design
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Description This Post-Doctoral Fellow position is part of our broader efforts to transform how cancers are classified, diagnosed, and treated through multiplexed tissue imaging, spatial multi-omics, and AI
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an interview and present their research as part of the search process. Additional Information: This is a term position starting July 2026 and ending on June 30, 2027. Relocation funding not provided. Contact
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interactions with the CRISES director, staff, and affiliated faculty will be a critical component of the fellow’s mentorship. The fellow may begin their appointment prior to defending their dissertation provided
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Description With support from the Japan Foundation, the Program on U.S.-Japan Relations invites applications for the postdoctoral fellowship which includes a teaching component. One fellow will be appointed
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experience, will work as part of a larger team to assist with collecting and analyzing data gathered from human subjects, both in field, clinic and lab studies as part of evaluations of the technology. A large
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of molecular biology and next generation sequencing is highly preferred. 3. Familiarity with single cell data analysis is preferred, but not required. 4. Ability to work independently as well as part of
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publications Two letters of recommendation Candidates may be asked to undergo an assessment as part of the interview process. Additional Information: This is a term position starting in July 2026 (with a
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carbon storage. Successful candidates must be able to work as part of team performing research to support the project. Additional responsibilities include preparation of publications and reports, mentoring
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computational efforts across multiple labs at Harvard’s Faculty of Arts and Sciences and Medical School. As part of this effort, the Rubin lab is implementing new methods of studying aging in vitro using brain