52 high-performance-quantum-computing "https:" "Simons Foundation" Postdoctoral positions at Texas A&M University
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environmental systems. Develop reports, presentations, and manuscripts based on research results. Perform analysis and tests. Make and record observations and scientific measurement. Extract, collect and compile
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the area of Neurosciences and/or Network Analysis. Ability to perform advanced structural and functional image analysis. 6 years of experience in Neuroscience. Responsibilities Research Under general
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, Axoclamp 900A amplifiers or comparable, and PClamp software or equivalent. A commitment to excellence in performing and analyzing pharmacology research. Responisbilities Epilepsy Neuroscience Research Plan
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of primary research articles, aides in grant writing, supervises undergraduate students and performs routine lab duties as required. Works on projects focused on cellular and synaptic mechanisms underlying
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, and bacterial pathogenesis. What we want The Postdoctoral Research Associate will be responsible for performing responsible research work of a technical and complex nature that requires planning and
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-polypeptides, which generate the permeability barrier. The successful applicant will purify his/her own reagents and perform the single molecule experiments. This project requires multi-color experiments
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The College of Engineering and Computer Science at Texas A&M University–Corpus Christi (TAMU-CC) invites applications for a Postdoctoral Research Associate to advance the state of the art in safe, efficient
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Date for this position is 01/05/2026. Who We Are The Bush School of Government and Public Service, https://bush.tamu.edu , was founded in 1997, under President George H.W. Bush's philosophy that public
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digital twins and communicates data in the form of primary research articles, aides in grant writing, supervises graduate and undergraduate students and performs routine research duties as required. What
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. RESPONSIBILITIES Research & Experimental Development: 60% Design and conduct experiments on salinity gradient energy harvesting, including membrane-free systems, porous carbon electrodes, electrochemical performance