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particles. These functional polyplex particles have numerous opportunities for the application of polymers in life science research.[1] There is much to learn concerning their mechanism of formation
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properties such as electron-based spectroscopies, nanometer-scale imaging with energy filtering using a photoemission electron microscope (PEEM), and other optical measurements. Research is done in close
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crime scene hazards—require more sensitive and robust methods, especially in field environments. Another area of concern is that current analytical methods for drug testing are not agile or well-resolved
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reviews. Nuclear magnetic resonance (NMR) spectroscopy has several important advantages for quantitative measurements of amount of substance: authentic material is not required for calibration, sample
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, and noise measurements. References: Marsili F, Verma VB, Stern JA, Harrington S, Lita AE, Gerrits T, Vayshenker I, Baek B, Shaw MD, Mirin RP, Nam SW: Detecting single infrared photons with 93% system
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reviews. This research topic is not limited to the methods or techniques discussed below. We encourage interested researchers with diverse backgrounds and expertise in automation, mechanical
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electronics. New materials are continually being developed for electronic applications, and accurate measurements of the electromagnetic properties of these often complex new materials is critical both
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. Available analytical instrumentation includes, but is not limited to, a variety of hyphenated GC and LC instrumentation (e.g., LC/DAD-MS, GC-GC/TOFMS, GC-MS/MS, LC-LC/MS-MS), FTIR, FT-Raman, Raman microscope
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scaled up to handle large numbers of samples in massively parallel, low-cost analysis systems. Before such systems can be realized, the electromagnetic response of biochemical samples must be understood in
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. This problem becomes even more pressing for simultaneous multi-qubit operations. The goal of this project is to develop software tools for the automated tuning of high-fidelity readout and gates in silicon spin