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and optimization of measurement-based quantum computing protocols for quantum simulation of quantum many-body models. Preference will be given to candidates familiar with the stabilizer formalism and
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audiences. This includes formal meetings, academic conferences, workshops, and training sessions. Contribute to innovations in theory and research methods. Respond to media inquiries related to PERIL research
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technical skills who are interested in applying AI methods to urban challenges and are considering pursuing a PhD in the near future. Note: The job is situated in Ann Arbor and daily on-campus work is
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, which is required to comply with federal regulations and contract” This level of knowledge is typically achieved through a formal education in a related field at the PhD level with zero to five years
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also be opportunities to contribute to numerical simulations and formal asymptotic analysis. The project will involve tools from: Spectral theory and functional analysis, Dynamical systems and modulation
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assigned. Required Qualifications PhD in engineering, physics, mathematics or other related applied sciences. Five years of experience in theoretical and numerical evaluation of finite element methods
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by graduate students. Develop and maintain a protocol for SAS and STATA code review, version control, and QA in collaboration with PhARM and TxCORE faculty and students. Assist with drafting methods
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and brain that explain vision loss, building on our previously-developed method linking clinical, neural and behavioral data (Allen et al., 2018; Miller et al., 2019; Pedersini et al., 2023). We combine
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develop new modeling methods and new models; they will apply those models to simulate neural responses and design new therapies. The applicant will also gain exposure to other projects in the lab, spanning
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on the progress of research. Strong ability to prepare and edit scientific papers, manuscripts, and lab data. Experience presenting research to formal audience. Demonstrated ability to work independently or