Our researchers within National Security at Pacific Northwest National Laboratory (PNNL) focus on delivering high-impact, science-based, practical solutions to our clients to prevent and counter acts of terrorism and the proliferation of weapons of mass destruction. Our world-leading capabilities cross-cut market needs and one of our major strengths is our ability to integrate our research and projects across PNNL and take them to market. We are committed to providing excellent service to our clients to help make our world safe and more secure.
Withstanding the Winter
The winter months may be unusually piercing for the country of Ukraine, as political unrest has resulted in a stoppage of Russian gas shipments. Specialists from the United States, including staff from PNNL and HQ DOE, are working with the Energy Crisis Team under Ukraine's Cabinet of Ministers and headed by the Ukrainian Deputy Prime Ministry, and with other energy experts in Europe to develop solutions to help Ukraine survive the winter in the worst-case scenario.
With the intent of using the experience of those who have tackled similar challenges, PNNL's Lee Williams and other specialists have been on-site to help Ukraine as they develop tools for emergency energy shortage situations.
Shaping U.S. Engagement in International Incidents
When a chemical, biological, radiological, nuclear, or explosive (CBRNE) incident occurs internationally, the U.S. is often expected to respond and support its partner nations. This responsibility led the National Institute of Standards and Technology and the National Research Council to organize a workshop, bringing together a diverse group of experts and stakeholders, to discuss strategies for strengthening U.S. preparedness in these critical situations. NSD's Ann Lesperance was invited to serve on the steering committee, using her response, recovery and resilience expertise to advise and scope this workshop as well as facilitate one of the two workshop sessions. Due to the important capabilities and questions identified, the National Academy of Sciences recently published a summary of the event in An All-of-Government Approach to Increase Resilience for International Chemical, Biological, Radiological, Nuclear, and Explosive.
A recent Congressional survey revealed that many electric utilities are experiencing daily attempted cyber-attacks. One utility in particular reported approximately 10,000 attempted attacks each month. Startling statistics such as these prompted the Snohomish County PUD and PNNL to co-host the Washington State Cyber Security Summit 2, bringing together leaders of all levels with electric utilities to discuss the current challenges and opportunities in cybersecurity as well as how to best position Washington State as a center of cyber excellence. Lab Director Mike Kluse provided support for the issue by delivering opening remarks while Ann Lesperance, NSD, facilitated discussion on cybersecurity emergency response and spoke on lessons learned. Gordon Matlock served as PNNL's chief organizer.
Fraga Named Luminary Honoree
Carlos Fraga, NSD, will be recognized as a 2013 Luminary Honoree at the Hispanic Engineer National Achievement Awards Corporation's 25th Anniversary Conference in October. Luminaries represent Hispanic professionals for their contributions to the Hispanic technical community. Seventeen individuals will receive this award, representing a broad range of science, technology, engineering, and math professional expertise.
Fraga works with the Trace Organic Analysis team, which develops materials for enhanced separation and detection, advances environmental chemical forensic capabilities, and develops and tests field portable instrumentation for trace chemical and explosive detection.
Building high-energy physics at PNNL
NSD's David Asner recently talked with Physics Today about his experiences in the high-energy physics field and his journey to PNNL. Recruited by PNNL to help launch the Lab's high-energy physics effort in 2010, Asner left his tenured position at Carlton University and continues to be a driving force in high-energy physics research.
"High-energy physics includes some of the most exciting science of the 21st century, and the technical advances needed to move the science forward are well aligned with PNNL's capabilities—and we want to do exciting science," said Asner. Read the full interview on Physics Today's website.