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operating frequencies above 100 GHz are used in a wide variety of applications—examples include radio astronomy, climate monitoring, mm-wave imaging, and high-speed wireless data relays. The main method
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For predicting thermochemistry of small main-group molecules, quantum chemistry is sufficiently reliable that it can be used to settle experimental disagreements and to provide critical data that are not available
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the use of light to probe and drive optomechanical systems for use in practical sensors and fundamental quantum measurement science. Our primary current research direction involves the use of diffractive
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, internal dynamics, materials physics and chemistry is of primary importance in determining the processing, performance and viability of advanced ceramic components such as relevant to solid oxide or hydrogen
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techniques for solids are available, which couple a microbeam ionization source with mass spectrometric detection. Secondary ion mass spectrometry (SIMS) is based on the principle that an energetic primary ion
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-frequency investigations should allow us to probe the fascinating and complex physics underlying the wide variety of TI’s, including the strongly interacting phases. Principal Investigators: Neil Zimmerman
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quantities of radioactive solutions with activities calibrated by primary methods. Features with dimensions < 20 μm can be achieved. In addition to two-dimensional phantoms for autoradiography, advanced
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microlens arrays to assemble imagers capable of capturing in a few snapshots, multidimensional information of the original environment such as depth of field, spectra, time, and the light field or plenoptic
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for biopsies and organoid growth. The primary focus will be on optimizing the integrated hyperpolarizer, gradient system, FPGA based imaging console, and bioreactor functionality. 1. Berweger S
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, and flow; the use of critical venturis as primary flow standards; the realization of a primary pressure standard based on measuring the dielectric constant of helium; the development of novel