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metrology and biomedical imaging through synergistic work performed by different teams in the lab. Our research projects combine and elevate state-of-the-art technologies including but not limited to optics
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on lanthanide oxide, nitride and boride clusters anions and neutrals using a combination of anion photoelectron spectroscopy (traditional and two-dimensional). The goals include mapping the intrinsic electronic
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. The lab combines basic virology and cell biology approaches including widefield, confocal and super resolution imaging techniques and flow cytometry to address key questions. The prospective candidate
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, combined with advanced immunological assays such as high-parameter flow cytometry, intracellular cytokine staining, in vitro cell culture, HIV-specific functional assays, and immune checkpoint blockade
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of hydrologic intensification on long-term water budgets across the continental United States (CONUS), using various observational and reanalysis datasets in combination with empirical statistical
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by combining genomics, fluid biomarkers and advanced neuroimaging and 3) to identify novel targets for diagnostic applications and therapeutic intervention. Fellows will work on research problems
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leading to AD, 2) to improve early detection and longitudinal monitoring by combining neuroimaging (i.e., MRI, PET and MEG) and fluid (i.e., CSF and plasma) biomarkers and 3) to analyze genomic data