Nuclear Security & Deterrence Monitor Vol. 22 No. 5
Visit Archives | Return to Issue
PDF
Nuclear Security & Deterrence Monitor
Article 14 of 14
February 02, 2018

NNSA Conducting Radiation Scans Over Super Bowl Site

By ExchangeMonitor

The U.S. National Nuclear Security Administration (NNSA) is upping its vigilance against nuclear terrorism at an event some already consider radioactive in a metaphorical sense: Super Bowl 52.

The big game this year will be played in Minneapolis between the New England Patriots and the Philadelphia Eagles: teams whose fervent fan bases occasionally provoke resentment among supporters of rival teams that goes beyond a loser’s sour grapes.

But setting rivalries and team loyalties aside, the NNSA conducted low-flying helicopter flights above Minneapolis over three days this week.

Using sensors aboard the aircraft, the agency measured the city’s natural background radiation levels. Initial measurements will serve as a baseline to which measurements on game day can be compared to scan for unauthorized nuclear materials.

One of the NNSA’s missions is to prevent a nuclear terror attack on the United States. Some fear terrorists might attack soft targets such as a sporting event with, among other things, a so-called dirty bomb: a package of radioactive material dispersed by conventional explosives.

Comments are closed.

Partner Content
Social Feed

NEW: Via public records request, I’ve been able to confirm reporting today that a warrant has been issued for DOE deputy asst. secretary of spent fuel and waste disposition Sam Brinton for another luggage theft, this time at Las Vegas’s Harry Reid airport. (cc: @EMPublications)

DOE spent fuel lead Brinton accused of second luggage theft.



by @BenjaminSWeiss, confirming today's reports with warrant from Las Vegas Metro PD.

Waste has been Emplaced! 🚮

We have finally begun emplacing defense-related transuranic (TRU) waste in Panel 8 of #WIPP.

Read more about the waste emplacement here: https://wipp.energy.gov/wipp_news_20221123-2.asp

Load More