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nuclear structure and electron scattering calculations into a broadly applicable phenomenological tool for experiments at Jefferson Lab and the future Electron-Ion Collider (EIC). This position is
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for lithium- and sodium-ion batteries. This work is part of a project that will target a more sustainable battery value chain through design of electrolyte solvents from renewable carbon feedstocks, thereby
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/ions and/or photonic device development for solid-state qubit platforms Solid understanding of light-matter quantum interfaces, including optical quantum memories, entangled photon sources, atom-cavity
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group in the Department of Physics at University of Central Florida (UCF). The candidate selected will participate in studies using table-top attosecond light sources and e/ion spectroscopy to investigate
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to carbon fiber and characterization f) Li ion, Na ion and related energy storage device fabrication and characterization, with emphasis on carbon & graphitic electrodes In addition to materials processing
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, using an hypothesis driven approach inspired by a recently discovered lithium ion conductor (*Science*, **2024**, *383*, 739) in which a computational workflow was used to both identify the target
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of lithium-ion batteries. This position is under the direction of Dr. Chao-Yang Wang. Job Duties: Researching the safety of lithium-ion batteries We are looking for talented, ambitious, and hard-working
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will include examining fiber properties such as crystallinity, pore size distribution, fiber surface content, and metal ion composition, as well as conducting laboratory-scale dye uptake trials with
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for these applications within ICFO. Contribute to coordinating collaboration with: P4Q project partners, in particular within the Quantum Computing with Atoms and Ions work package: PIC manufacturers, packagers, and end
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language skills guidelines . The PhD degree required for the position must have been completed before the starting date. A trial period of six months will be used in the beginning of the employment. What we