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integrates materials chemistry, formulation, and interfacial analysis with electrochemical characterization, supported by advanced characterization techniques, to elucidate structure–processing–performance
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for Low-Power Computing: Novel materials systems designed to address the energy demands of next-generation microelectronics and neuromorphic architectures. Mechano-Coupled Phenomena: Interfacial mechanics
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the interface while suppressing unfavorable interfacial side reactions. Symmetrical Zn||Zn cells and full cells will be assembled to analyze their performance (e.g., ion transfer behavior, cycle stability, rate
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theory and associated simulations for interfacial properties of bicrystal interfaces. Such interfaces are created by single crystal membranes grown by Molecular Beam Epitaxy and released from a substrate
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chemistry, battery systems, interfacial electrochemistry, or metallic glass synthesis is desired. The position involves collaboration with theoretical modeling groups and utilization of synchrotron X-ray
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using in-situ XRD, XPS, 57Fe Mössbauer spectroscopy and NMR to investigate material behavior and interfacial chemistry during synthesis and battery operation. Develop mechanistic understanding of cathode
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materials chemistry. The successful candidate will undertake fundamental studies into chemical speciation and interfacial processes that occur during oxide dissolution. The role will combine laboratory-based
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-ion solvation structure, solid electrolyte interphase (SEI) composition, and deposition kinetics. The project combines electrochemistry, spectroscopy, and interfacial science to identify the key
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confinement effects, charge transfer, interfacial interactions, and electronic hybridization in van der Waals heterostructures. Supervise Ph.D. candidates, Master's students, and interns while overseeing
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details, please view: https://www.ntu.edu.sg/eee We are looking for a highly motivated Research Associate to drive independent research in next-generation electrochemical energy systems; support