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The Physics Department is deeply involved in the development of the Electron-Ion Collider (EIC), a next-generation facility that will advance the long-term vision for nuclear physics. In December
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of microelectronics. This is a 2 year appointment. Essential Duties and Responsibilities: Design and fabricate test patterns and microelectronics samples for x-ray characterizations. Explore a method for producing
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based on two first-of-their-kind NION scanning transmission electron microscopes. In this postdoc position, you will be a member of the Electron Microscopy group and be mentored by scientists at CFN
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and national challenges. Position Description The Electron-Ion Collider (EIC) project is seeking an accelerator physicist at the postdoc level to join the accelerator design team. Core duties are
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electron microscopy A proven ability to perform transport property characterizations at high pressure, low temperature and high magnetic field Ability to interact effectively with a diverse group of
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chemistry, EUV exposure mechanisms, high-resolution patterning performance, and dry-etching characteristics of the synthesized hybrid resists by utilizing electron beam lithography (EBL), low-energy electron
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engineering teams to evaluate energy deposition, power losses, total ionizing dose, and other radiation-relevant quantities across the Electron Storage Ring (ESR), Hadron Storage Ring (HSR), and Rapid Cycling
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-slope transistors for energy-efficient microelectronics applications as a part of a DOE Microelectronics Science and Research Center (MSRC) project. You will explore the materials and device physics of 2D
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oxides with polymer either on the surface or between the layers. Various scanning/transmission electron microscopy (S/TEM) methods, including aberration corrected atomic imaging, electron diffraction, and
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latest Airy-scan super-resolution confocal microscope; NSLS-II’s X-ray-based microscopes; CFN’s single molecule FLIM/FRET system; LBMS’s electron microscopes for cryo-EM tomography; and high-performance