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assays, and performing dynamic measures of infectivity over an assay time course. Measurement methods can involve microscopy, flow cytometry, and time-lapse imaging. Novel microscopy tools include high
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fabrication have allowed the correction of performance-limiting lens aberrations. Our group houses a state-of-the-art (scanning) transmission electron microscope (STEM/TEM) equipped with a monochromator and
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301.975.6662 Description An experimental and modeling program is underway to further the understanding of dynamic processes that occur in fires and to reduce the impact of fire on people, property, and the
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memory, batteries, catalysts, flexible devices, alternate computing paradigms, and quantum phenomena. In order to take advantage of the promising properties of these heterogeneous systems, holistic study
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the existence of underlying physics. This project seeks to incorporate physical laws and domain knowledge into machine learning to improve performance with regards to small datasets, extrapolation and
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materials for the purposes of evaluating and benchmarking adsorption instrument performance and comparison of properties of nanoporous materials. The FACT Lab is also interested in studying the adsorption
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world-class, unique controls and measurement capabilities, and flexibility to incorporate new research instrumentation and ideas. Further, our measurement facilities include X-ray computed tomography
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words Protein; Higher Order Structure; Therapeutic Protein; Raman Spectroscopy; Vibrational Spectroscopy; High Sensitivity; QCL-IR Spectroscopy; Coherent Raman Eligibility citizenship Open to U.S
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regimes, and accurate geometry- and biochemistry-based trajectory analyses. However, detailed molecular dynamics simulations are often too time-consuming to become the basis of computational measurements
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single photon counting, nucleoproteins, CRISPR/CAS9, riboswitches, high pressure The ability to “see” single biomolecules with laser microscopy has led to a revolution in research opportunities