#United States #Omaha #National Strategic Research Institute #Gamma Radiation #Warfighters

NSRI's Pioneering Research on Gamma Radiation Protection

Introduction

The National Strategic Research Institute (NSRI), associated with the University of Nebraska, has embarked on an important research endeavor aimed at enhancing the protection of warfighters against gamma radiation. This initiative, which has been undertaken for the Office of the Assistant Secretary of War for Nuclear Deterrence, Chemical, and Biological Defense Policy and Programs (OASW ND-CBD), seeks to investigate emergent technologies capable of safeguarding military personnel when faced with such hazardous exposure.

The Significance of this Study

Gamma radiation poses a significant threat to the safety and effectiveness of troops in combat, particularly in scenarios involving nuclear or radiological warfare. The OASW ND-CBD is the leading body within the U.S. Department of War focused on ensuring that appropriate defenses against radiological threats are in place. Thus, the establishment of this research project reflects a proactive approach to maintaining the safety of military personnel operating in hostile environments.

Project Overview

The particular project encompasses a one-year term, with a budget of $288,000 allotted to undertake a comprehensive literature review and technology assessment. This analysis aims to enable the Department of War to tap into both existing and innovative capabilities that can assist in shielding personnel from the detrimental effects of gamma radiation, as well as provide effective medical countermeasures.

Maj. Gen. USAF (Ret.) Rick Evans, the executive director of NSRI, emphasized the organization’s unique position as a University Affiliated Research Center (UARC) designated by the Department of War. He noted, "NSRI stands as a reliable partner for the government, enabling the delivery of independent analyses and leading-edge technological insights crucial for protecting our warfighters."

Leadership of the Study

The study is spearheaded by Dr. Terry Thiem, the NSRI director responsible for medical countermeasures. He highlighted that technological advancements, especially in nanocomposites and other transformative concepts, present new opportunities for enhancing personal protective equipment (PPE). By implementing these innovations, it is possible to significantly improve the capacity of troops to survive, operate, and succeed in environments exposed to radiation.

Assessing Current Technologies

Dr. Thiem’s team will conduct a thorough examination of existing state-of-the-art protective technologies intended to mitigate radiation exposure. This initial assessment is vital for developing novel solutions, potentially leading to the design of entirely new protective suits. "The data we gather will inform the specifications for radiation PPE essential for maintaining the safety of our forces," Dr. Thiem remarked.

Conclusion

The ongoing research conducted by the NSRI serves as an essential component in safeguarding the lives and operational capabilities of U.S. warfighters. By integrating innovative technologies and methods, this initiative aspires to provide a robust framework of protection against gamma radiation. For further insights into NSRI's medical countermeasures research, details can be found on their website at nsri.nebraska.edu/medical.

The NSRI, founded in 2012, engages students and leading scientists in collaborative efforts to prevent strategic threats through dedicated research and development. Connected with the University of Nebraska System, this institute operates as a nonprofit entity, facilitating advancements within the realm of defense and security against weapons of mass destruction.