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lead the development and application of advanced microscopy techniques, microfluidic approaches, and single-cell analysis methods to investigate quiescence at individual cell and population levels. Where
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their structural and optical characterization by using atomic force microscopy (AFM), scanning electron microscopy (SEM), x-ray diffraction (XRD), and photoluminescence spectroscopy (PL). The research will be
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project of studying nanoplastic generation and release via nanoscale abrasive wear using advanced atomic force microscopy (AFM) tools. This work will be supported through the NSF CAREER award. The project
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CORE A*/A conference paper. Ensuring the safety and longevity of nuclear reactors requires structural materials that can maintain integrity under extreme thermal, mechanical, and irradiation environments
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Department is developing and applying electron microscopy methodologies for nanoscale and atomic-resolution characterization of soft functional materials and their interfaces using a synergy of materials
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). Research Responsibilities Lead the experimental design to simulate early Archean conditions. This includes modeling polymerization and fluid-organic interactions, considering 'Possible Archean' Ocean
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determined by rank and step at appointment. See the following table(s) for the current salary scale(s) for this position: https://www.ucop.edu/academic-personnel-programs/_files/2025-26/represented-july-2025
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. We are seeking a highly motivated, detail-oriented individual with strong laboratory experience to work closely with the Principal Investigator, students, research specialists, and postdoctoral fellows
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liquid phases have been predicted. It can be realized using atoms with two valence electrons, such as ytterbium or strontium. To investigate such SU(N) physics, our group has developed a quantum-gas
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their properties can be immensely useful. These representation spaces can be informed by multiple modalities of data, spanning time-series data, microscopy images, rheological measurements, and so