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intercellular transport. The candidate will use structural biology techniques such as X-ray crystallography, cryo-electron microscopy and tomography (cryo-EM, cryo-ET), and microcrystal electron
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intercellular transport. The candidate will use structural biology techniques such as X-ray crystallography, cryo-electron microscopy and tomography (cryo-EM, cryo-ET), and microcrystal electron
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vibrational properties of 2D and quantum materials through Raman, TERS, electron transport, and SPM measurements. The ideal candidate must have a Ph.D. in physics, electrical engineering or related field
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chondrules, rims, refractory inclusions and matrix by optical microscopy, SEM and electron microprobe analysis. Integrating bulk isotope data and petrography into mixing models that test late infall, ice
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vibrational properties of 2D and quantum materials through Raman, TERS, electron transport, and SPM measurements. The ideal candidate must have a Ph.D. in physics, electrical engineering or related field
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pathways during alloying. Understanding reaction mechanisms, intermediate phases, kinetics, and transport phenomena in metal-oxide systems will be a key part of the role. You will design and execute
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to their environment. 3D electron microscopy has become one of the essential approaches for revealing and deciphering the mechanisms of cellular plasticity. Technological advances and cryogenic
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devices. Material interfaces are often the limiting factor for device performance and stability, since they must sustain charge transport while remaining chemically intact. In both photovoltaics and
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hybrid materials. Candidates should have a PhD in condensed matter experimental physics, mesoscopic electron transport, or experimental solid-state quantum information science. The project combines
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behind high-temperature superconductivity and explore exotic states of matter like quantum spin liquids? We are seeking a bold and curious postdoc to pioneer next-generation thermal transport