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machinery to HSCs. You will utilize state-of-the-art manufacturing tools and methodologies to investigate and optimize ex vivo HSC-gene editing and expansion protocols. You will gain comprehensive training in
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and optimize bio-inspired chemical sensors in response to analytes of interest in air. The research team will explore methods to interface with biological sensory system, obtain multiplexed electronic
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particular, the selected ORISE fellow will be engaged in developing and optimizing a novel neutralization method that accurately measures serotype-specific neutralizing antibody against four Dengue virus
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into arrays. The activities include laboratory investigations and optimization of the mixer devices (conversion gain, IF bandwidth, noise temperature, LO power, THz coupling, etc.) and also development and
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plasmon-polaritons may influence the optical rectification, and attempt to quantify the optical rectification and optimize it, while designing and building the plasmonic nanostructures and devices required
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: Optimizing waveguide geometries and micro-resonator architectures to enhance nonlinear optical conversion efficiency (e.g., via SPDC or SFWM) while maintaining high spectral purity. Dispersion Engineering
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particular, the selected ORISE fellow will be engaged in developing and optimizing a novel neutralization method that accurately measures serotype-specific neutralizing antibody against four Dengue virus
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these bodies. A robust understanding of how icy materials behave under planetary conditions is essential for informing models and planning observations to optimize the science return of missions. The focus
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. Current research focuses primarily on the development of large-format arrays of sensitive bolometers using superconducting transition edge sensors. We also have investigated single pixel optimization
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technologies we are pursuing use doped silicon, superconducting transition edge sensors, and magnetic calorimeters. We are also expanding the capability of these devices by optimizing pixel design for specific