October 29, 2018

How to tell if North Korea is serious about denuclearization

By Duyeon Kim

Since the Singapore summit between US President Donald Trump and North Korean leader Kim Jong-un in June, Pyongyang has made gestures and statements suggesting that it will curtail its nuclear-missile programs. However, in the absence of a nuclear deal between Washington and Pyongyang, the North’s nuclear arsenal continues to expand, and the regime continues to violate UN Security Council Resolutions that prohibit nuclear and missile-related activities.

With preparations for a second Trump-Kim summit underway, how should the international community determine what initial denuclearization steps really count? As Washington and Seoul engage with North Korea diplomatically, they have a rare opportunity to persuade the regime that surrendering its nuclear weapons and programs will in fact lead to a brighter future and eventual peace on the Korean Peninsula. But observers need to distinguish steps that are symbolic at best from those that demonstrate Pyongyang’s seriousness. Grabbing hold of whatever Pyongyang offers indiscriminately will only weaken Washington’s future negotiating position.

Before deciding what does constitute a meaningful or serious offer from North Korea, it is helpful to consider what does not. The broad targets of North Korea’s denuclearization should include: the regime’s fissile and thermonuclear material production programs, its nuclear weaponization program, its nuclear weapons and related missiles and other delivery systems, its proliferation programs, and its illicit trade and smuggling networks. Each element is comprised of various facilities, materials, and technologies. With that level of complexity, North Korea could divide each target into multiple steps to offer as bargaining chips, a tactic known as “salami slicing.” And while some initial steps in isolation may be noteworthy or even meaningful, they could actually become relatively meaningless depending on the context.

Read the full article in the Bulletin of the Atomic Scientists.

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