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interactions (force balances) in electrolyte solutions, covering many different types of electrolytes (strong, week, large molecular ions, etc.) Analyze systematically the role of relative static permittivity
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with expertise in experimental nuclear physics, beginning after January 1, 2026. The CMU group performs research in low-energy nuclear physics to address questions in nuclear astrophysics, nuclear
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Description: Apply Position Description The Duke Quantum Center is seeking a Postdoctoral Researcher to work on ion trap quantum computer and quantum network projects, supporting/advancing research in quantum
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: Measuring pH, ions, EC etc. Gas chromatography and ion chromatography Elemental analysis FTIR Carry out general tasks and laboratory protocols including general housekeeping, experimental set up and take down
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that will help to identify the source(s) of critical minerals through the supply chains as well as developing geochemical and isotopic tracers to delineate possible environmental effects and impact on water
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: Design of quantum defect formation schemes Investigation of defect formation in diamond, Si and SiC by ion implantation and annealing Fabrication of simple electronic and nanophotonic devices Optical and
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researcher’s projects will focus primarily on HRMS analysis of bioaccumulative PFASs and microbial transformation products of polycyclic aromatic hydrocarbons (PAHs) using an Agilent 6560 ion mobility quadrupole
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steps in lithium-ion cell manufacturing—by building a scientifically informed and scalable framework for next-generation production. A key workstream of the fast FAST project provides the digital and
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background in biophysics, with a focus on ion channel research. Prior experience with patch-clamp electrophysiology and advanced microscopy techniques is highly desirable. The Dai lab investigates
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our group to work on novel gas-phase ion chemistry, tissue expansion protocols, mass spectrometry instrumentation, imaging mass spectrometry method development, image and data processing, and/or