![]() “Securing start-up funding for these types of projects at the university is exactly how we innovate toward NSRI's mission for the future.”Įxtended project details are available at /irad2021.Ībout the National Strategic Research Institute “Our university research partners have risen to the challenge once again with these selected projects as well as the others that were submitted - it was a competitive field, which was exciting to see,” said Joshua Santarpia, NSRI research director for chemical and biological programs, who leads NSRI IRAD. Ideology and risk: How neuroscience can inform nuclear security Noelle Troutman, University of Nebraska–Lincoln Personal, wearable sensor platform for detecting & localizing WMDs Modeling and visualization of competing escalation dynamicsĮric Markvicka, University of Nebraska–Lincoln Paul Davis, University of Nebraska at OmahaĪ safe, self-administered, rapid-acting anti-infective Multi-actor deterrence analysis methodology and laboratory Michelle Black, University of Nebraska at Omaha Phenotypic & functional characterization of newly evolved SARS-CoV-2 mutant viruses Siddappa Byrareddy, University of Nebraska Medical Center Principal Investigators, Projects, Funding AmountsĮlizabeth Beam, University of Nebraska Medical CenterĮducational Strategy Assessment for Improving Respiratory Protection Equipment Use ![]() "Understanding how the interaction between cognition, emotion and biology in combination with other environmental factors impact the complex calculus of nuclear decision-making can help American leaders respond successfully to strategic national security threats across multiple domains and adversaries." If successful, it will also reduce the risk of first responders and other healthcare providers to new viral variants." "This agent could be used by warfighters in areas with limited access to the vaccine, or who have withheld participation in the vaccine efforts. Siddappa Byrareddy, professor, pharmacology & experimental neuroscience "Our studies will provide the required knowledge to understand the permissibility of the variants at these difficult times and help reduce transmission among first responders in hospital settings and the public to mitigate the overall spread of the disease." Disciplines include biology, political science, electrical and computer engineering, mechanical engineering, pharmacology and nursing.įour students are already identified to be involved in the project work, a pride point for NSRI, which constantly seeks opportunities for immersive student experiences in defense research.Įach project aligns directly with a NSRI research focus area, ensuring movement toward key NSRI objectives across nuclear weapons enterprise support, chemical and biological threat detection and countermeasure development, medical countermeasures and response and threat-based training and exercise support. Principal investigators for the seven projects hail from the University of Nebraska–Lincoln, University of Nebraska Medical Center and University of Nebraska at Omaha. Our NU colleagues are on the leading-edge in their fields, and we are proud to spur their creativity through this program." “It is our aim as a University Affiliated Research Center to not only maintain essential scientific and engineering capabilities for use by the Department of Defense, but to be constantly seeking the next solution to the next potential threat. Gen., USAF (Ret.) Rick Evans, NSRI executive director. ![]() “Each of these projects will allow NSRI to move toward its mission in a new way,” said Maj. Ranging from developing an agent to protect from COVID-19 to understanding the neuroscience of national security decision making to building sensors for detection of weapons of mass destruction (WMDs) and more, the 2021 NSRI IRAD projects continue to prove University of Nebraska researchers and students have tremendous capacity for innovation and foresight in the realm of national security. The National Strategic Research Institute (NSRI) at the University of Nebraska (NU) has selected seven projects developed by NU researchers to receive its first-ever independent research and development (IRAD) funding, totaling $165,000.
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