Nuclear Issues

In prisons as in nuclear facilities, employees are tasked with guarding something highly dangerous in high-stress environments. Both face high costs in the event of failure, and both are especially vulnerable to complacency and insider threats. Given these parallels, two inmates’ dramatic break-out from a New York prison in early June offers nuclear security practitioners valuable insights into how to avert an equally dramatic (and potentially much more consequential) breech.

Ukraine-based journalist Maxim Tucker has just published two articles to claim that pro-Russian rebels in Eastern Ukraine are plotting to manufacture a dirty bomb with the help of Russian scientists, using radioactive waste from a storage facility at the Donetsk Chemical Factory.

In The Hague, leaders have agreed on a new initiative to secure dangerous radiological sources that might be used in a so-called “dirty bomb” – to prevent incidents like the December 2013 theft of a truck carrying a deadly source in Mexico.

One of the more notable storylines throughout 2014 was the continued failures of the U.S. Secret Service. There were three striking high profile lapses in the Secret Service’s ability to protect President Obama: one where a man jumped over the White House fence, running through the front door of the White House and throughout its main floor; another where an armed man with an arrest record was able to ride on the same elevator as the President; and another where a man posing as a Member of Congress was able  to sneak into a secured area where the President was speaking. Towards the end of the year, problems within the Secret Service became a hotly debated political football, resulting in the resignation of the Service’s director.

Each year, the Science, Technology, and Public Policy (STPP) Program at the Belfer Center for Science and International Affairs at the Harvard Kennedy School welcomes new pre- and post-doctoral fellows and visiting researchers to a select team of scholars exploring the critical role that science and technology play in everyday life.

Recently, the Senate Homeland Security and Governmental Affairs Committee held a hearing that highlighted some truly alarming information about the status of radiological security in the United States.  The hearing began with a description from Senator Carper (D-DE) of the Boston marathon bomb attacks. He then speculated on the hypothetical consequences of the use of a Radiological Dispersion Device (RDD) or “dirty bomb” (interestingly, an old high-activity Cs-137 source was removed from Massachusetts General Hospital after the bombing).

“An RDD [Radiological Dispersion Device] detonated in a major metropolitan area could result in economic costs in the billions of dollars as a result of evacuations, relocations, cleanup, and lost wages. Radioactive sources such as Cobalt, Cesium, Americium, and Iridium are used worldwide for many legitimate purposes and are located at thousands of sites in the United States and around the world.

Like its predecessor summits, the recently concluded Nuclear Security Summit in The Hague acknowledged the role that nuclear material accounting can play in securing materials from unauthorized use. The emphasis of this and past initiatives, however, has been on improving national laws and regulations—and primarily in states without nuclear weapons. States have yet to develop comprehensive requirements that address the full scope of nuclear risks and that are meant to be adopted by all states—including nuclear weapons states.