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Investigation of anomalous transport in the lower thermosphere Project
Near-simultaneously deployed chemical tracer trails over an extended horizontal range will be used to obtain measurements of the turbulent structure function and (the... -
The High resolution Coronal Imager Project
The telescope design is a direct continuation of the development from NIXT to TRACE and AIA: we propose a Ritchey-Chr´etien with plate scale sufficient to provide 0.1... -
Sounding rocket payload systems for in-situ measurements of ionosphere-thermosphere structure at small spatial scales Project
The methodology developed under this grant is primarily an effort to develop new sub-payload technologies and an inexpensive method of testing them. The three technical goals... -
Rapid Acquisition Imaging Spectrograph (RAISE) Renewal Proposal Project
The optical design of RAISE is based on a new class of UV/EUV imaging spectrometers that use only two reflections to provide quasi-stigmatic performance simultaneously... -
Advanced Rapid Imaging & Analysis for Monitoring Hazards (ARIA-MH) Project
Develop a service-oriented hazard/disaster monitoring data system enabling both science and decision-support communities to monitor ground motion in areas of interest with InSAR... -
Infrared Interferometry of Auroral Ionosphere-Thermosphere Energetics Project
The FWMI prototype development is underway at USU/SDL. To develop the FWMI, USU/SDL is leveraging the successful implementation of a rocket-borne Michelson... -
A 2-Micron Pulsed Laser Transmitter for Direct Detection Column CO2 Measurement from Space Project
Develop a compact, efficient 2µm pulsed laser for a lidar instrument to make accurate, high-resolution atmospheric CO2 column measurements in support of the ASCENDS... -
Exploring the Frontier of Coronal Energetics with EUNIS Project
Methodology used to answer science question: The investigators propose to upgrade the successfully flown EUNIS EUV spectrograph, increasing its signal-to-noise... -
Development and Testing of a New Positron Identification by Coincident Annihilation Photons (PICAP) System Project
The objective of the proposed research is to develop and test a prototype of an innovative and simple detector technique to identify moderate energy (a few MeV) positrons in... -
Emission Line Astronomy - Coronagraphic Tunable Narrow Band Imaging and Integral Field Spectroscopy. Project
We propose to continue our program of emission line astronomy featuring three areas of emphasis: 1) The distribution and nature of high redshift emission line galaxies, using... -
High-contrast Nulling Interferometry Techniques Project
"We are developing rotating-baseline nulling-interferometry techniques and algorithms on the single-aperture Hale and Keck telescopes at near-infrared wavelengths, aimed at the... -
Nano Dust Analyzer Project
We propose to develop a new highly sensitive instrument to confirm the existence of the so-called nano-dust particles, characterize their impact parameters, and measure their... -
UAVSAR Global Hawk POLSAR Project
Integrate the UAVSAR L-band radar to the Global Hawk UAV Bay 25 Provide long range (~ 9000 nmi) to enable data collection of distant areas of interest without complicated...
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