Sort by
Refine Your Search
-
demonstrations aimed at integration into ongoing or upcoming NASA missions and proposal opportunities. The specific research topics include RF component-level development, light-weight, high-gain antenna systems
-
. Description: Major advances in technology are required to enable the next generation of UV instruments for discoveries beyond HST, GALEX, and Cassini. Two elements with high impact on UV instruments performance
-
component of this research include determining uncertainties of these ocean remote sensing data products and derived geophysical trends. Prime considerations include the role of marine primary production and
-
disseminating relevant test data and results. Familiarity with control theory, electrical/computer engineering, embedded systems, and numerical methods is recommended. Familiarity or experience with turbine
-
, protein, grain element, plant and microbe DNA, RNA purification and DNA sequencing analysis using next gen DNA sequencing, gene expression using RNA seq or real time PCR. Open sources of bioinformatic tools
-
capable of long term high temperature operation in a vacuum or inert atmosphere environment (at least 17 years). This would represent a “factor of 3“ improvement over current proven heritage technology [1
-
methods in designing laboratory and field experiments for studying the behavior, biology, and ecology of the invasive pest and its natural enemies. In addition, the participant will learn methods
-
into the use of molecular, immunological, synthetic biology, and mass spectrometry methods to develop capabilities for the detection of and protection from current and emerging biological threats. The internship
-
biology, and mass spectrometry methods to develop capabilities for the detection of and protection from current and emerging biological threats. The fellowship is with the Research and Operations (R&O
-
methods to homogenize AOD observations from the geostationary constellation of weather and atmospheric monitoring satellites (e.g. GEOS, HIMAWARI) utilizing well calibrated AOD observations from low earth