North Korea s Nuclear Program



Similar documents
Plutonium vs. Uranium: The Road Less Traveled. In a world where nuclear proliferation may no longer be held back by the guise of antiproliferation

Although the dominant military confrontations of the 20 th century were centered on the

An Analysis of North Korean Trends

UNIDIR RESOURCES IDEAS FOR PEACE AND SECURITY. Disposition of Excess Military Nuclear Material February Overview. Pavel Podvig UNIDIR

a V e N als enting/gee Mers IGN rse amp Nuclear a can Ica

PEOPLE'S REPUBLIC OF CHINA. (New York, May 4, 2010) Please Check Against Delivery MISSION TO THE UNITED NATIONS

Nonproliferation Education at the University of Washington PNNL-SA-50160

Introduction to Special Edition on University Nonproliferation Education and Training

Chashma Nuclear Site in Pakistan with Possible Reprocessing Plant

Joint Communiqué The 46 th ROK-U.S. Security Consultative Meeting October 23, 2014 Washington D.C.

Foreign Affairs and National Security

THE STATUS OF NUCLEAR INSPECTIONS IN IRAQ: AN UPDATE. Meeting of the United Nations Security Council. New York 7 March 2003

The Physics of Nuclear Weapons

Physics 280: Session 17

North Korea s Nuclear Futures: Technology and Strategy

= A CND briefing by Davida Higgin, April The links between nuclear power = and nuclear weapons

Physics 280: Session 17

Conference Call with Dr. Olli Heinonen Transcript

DBQ 13: Start of the Cold War

Phased International Cooperation with North Korea s Civil Nuclear Programs

Plutonium Watch. Tracking Plutonium Inventories by David Albright and Kimberly Kramer. July 2005, Revised August 2005

Espionage and Intelligence. Debra A. Miller, Book Editor

Nixon s Foreign Policy

3 Years Since the Kim Jong Eun Regime

The National Intelligence Estimative Product

Nuclear Safeguards. How far can Inspectors go?

The Implication of TMD System in Japan to China s Security

1, What are we doing? :Brief Introduction of the Study Group Research Design

Created by Paul Hallett

Name Period Date. The Cold War. Document-Based Question

NATIONAL NUCLEAR SECURITY ADMINISTRATION

ASTM C26 LONG RANGE PLAN Committee on the Nuclear Fuel Cycle

The revelation that North Korea is

COLD WAR-MEANING, CAUESE, HISTORY AND IMPACT

Seoul Communiqué 2012 Seoul Nuclear Security Summit

United Nations High-Level Meeting on Countering Nuclear Terrorism with a Specific Focus on Strengthening the Legal Framework.

Chapter 18 Practice Exam

Research Note Engaging in Cyber Warfare

Safeguarding Nuclear Weapon-Usable Materials in Russia

Toward a Deeper and Broader U.S.-Japan Alliance: Building on 50 Years of Partnership

Japan s Export Control System

Chapter 6 Impact of Fukushima Daiichi Accident on Japan s Nuclear Fuel Cycle and Spent Fuel Management

Chinese Nonproliferation Policy and Export Control Practice Taibei August 28, 2013

University of Texas Nuclear Security Program: Academic Curriculum and Nuclear Engineering Teaching Laboratory

Cuban Missile Crisis Lesson Plan. Central Historical Question: Why did the Russians pull their missiles out of Cuba?

The Parties agree as follows: ARTICLE I. For the purposes of this Agreement:

Small Modular Reactors: A Possible Path Forward for Nuclear Power

PROS AND CONS OF NUCLEAR TECHNOLOGY FOR THE 21 st CENTURY

Speech by Jimmy Carter (Washington, 18 June 1979)

To What Extent is The Cold War a Result of Two Conflicting Ideologies?

History (Specification B) (Short Course)

WORLD WAR 2 Political and economic conditions in Europe and throughout the world after World War 1 led directly to World War 2:

2013 FALL CONFERENCE AGENDA

WHITE HOUSE OFFICE, OFFICE OF THE SPECIAL ASSISTANT FOR NATIONAL SECURITY AFFAIRS: Records, NSC Series, Briefing Notes Subseries

Bureau of Industry and Security

DISARMAMENT. The Non-Aligned Movement (NAM) Database

International transfers of nuclear material

Lifting the Crude Oil Export Ban

Cold War Lesson Plan. Central Historical Question: Who was primarily responsible for the Cold War: The United States or the Soviet Union?

Nuclear Power Policy in Russia

Institute for Science and International Security

Physics 280: Session 17

The Nuclear Weapons Debate

Presentation by Mrs. Ton Nu Thi Ninh Former Ambassador of Viet Nam to EU Former Vice Chair Foreign Affairs Committee, National Assembly of Viet Nam

A New START Model for Transparency in Nuclear Disarmament. Tamara Patton, Pavel Podvig, and Phillip Schell

1. What is the Baruch Plan? 2. What was the Bolshoi Speech (1946)? 3. When was the Berlin Wall started? 4. When is the first ICBM? 5.

Institute for Science and International Security

Cold War Lesson Plan. Central Historical Question: Who was primarily responsible for the Cold War the United States or the Soviet Union?

NAVAL POSTGRADUATE SCHOOL THESIS

Falling Oil Prices and US Economic Activity: Implications for the Future

Dr. Axel Berkofsky European Policy Centre (EPC), Brussels University of Milano, Italy

World History Course Summary Department: Social Studies. Semester 1

An Interactive Planning Approach to Shaping U.S.-Russian Relations

Measurements for nuclear forensic characterisation: synergies between international security applications

Transcription:

Fact Sheet North Korea s Nuclear Program August 2012 Introduction Timelines of North Korea s nuclear program often focus on the latter half of the program s history, starting in the 1980 s when the DPRK signed on to the Nuclear Nonproliferation Treaty. By starting in 1985, however, we miss important details of North Korea s nuclear history. To truly understand the rationale of nuclear weapons ambitions we must go back to the origins of the nuclear program. Accordingly this timeline follows the North s nuclear program from its outset in the 1950 s, traces its development over the years and highlights key points in the North s weaponization process-be it mere desires (seen through statements, communications and activity), or tangible technical advances. This analysis shows that North Korea pursued, or at least appears to have had the intention of pursuing, nuclear weapons from a very early stage in its history. This ambition derives from a period when the North was still under the nuclear umbrella of the USSR and China, and was still relatively stronger than South Korea both economically and militarily. This understanding of North Korea s nuclear ambitions differs from present day theories on the logic behind North Korea s actions, such as those focused on deterrence or coercive bargaining. North Korea s geopolitical standing has changed from when it first sought to pursue nuclear weapons. The USSR has collapsed, South Korea has become far more powerful than the North, and the DPRK has been forced to contend with economic crisis and two power transitions. These new factors have come to weigh on the North s decision-making process. However we must not overlook the length and origins of the North s nuclear program, and how it has expanded greatly since the 1950 s. Derek Bolton is an Adjunct Junior Fellow at the American Security Project www.americansecurityproject.org 1100 New York Avenue, NW Suite 710W Washington, DC

American security project 1950 s 1956: The Soviet Union begins training North Korean scientists and engineers, 1 enabling the DPRK to acquire the basic knowledge 2 to initiate a nuclear program. 1959: North Korea and the USSR sign a nuclear cooperation agreement. Over the next 30 years Moscow provides the North with basic nuclear training and technology. 1950 s: The USSR conducts geological surveys in North Korea, mapping out large deposits of uranium ore and graphite which would later be mined by the DPRK. 1960 s 1962: The Yongbyon Nuclear Research Centre with the IRT-2000 research reactor is completed. 1962: North Korean Foreign Minister Pak Song Chol writes to the USSR Ambassador, who can impose such a [non proliferation] treaty on countries that do not have nuclear weapons, but are perhaps successfully working in that direction. 3 This would indicate that North Korea was already moving towards a nuclear weapons program by the early 1960 s. 1965: The Yongbyon reactor reaches a power rating of 2MW(th), and the North begins to successfully pursue fission experiments with materials purchased from the USSR in 1963. 4 1970 s The Yongbyon Nuclear Research Centre with the IRT-2000 research reactor completed in 1962 December 1972: Kim Il-Sung in a letter to the President of East Germany Erich Honecker states South Korea will soon fall on its on its own accord, without Northern intervention. 5 This would imply that North Korea felt little to no threat from South Korea during the onset of its nuclear weapons program. 1974: Yongbyon reactor reaches 4MW(th). 1970 s: Kim Il-sung s requests for nuclear weapons assistance are rebuffed by both China and the USSR throughout the 1970 s. 6 1970 s: The South refuses North Korea s offer to forge a joint, covert, nuclear program. 7 2

1980 s Late 1970 s/early 1980 s: North Korea begins mining operations at various locations near Sunchon and Pyongsan. Mid 1980 s: North Korea reaches a dangerous levels of nuclear capacity, 8 with advancements due to increased Soviet support for the nuclear program. 9 1980 through 1985: North Korea builds a factory at Yongbyon to refine yellow cake and produce fuel for reactors. 1984-1986: North Korea completes construction of a 5MWe gas-cooled, graphite moderated nuclear reactor for plutonium production. If operating at full power for a majority of the year the reactor could produce 7.5 kg of weapons grade plutonium annually. There is still great disagreement as to just how much plutonium was produced. 1984-1986: North Korea commences with the construction of a second 50MWe nuclear reactor. 10 This reactor was not completed after the Agreed Framework was signed in 1994. 1984: The DPRK completes construction of a Radiochemical laboratory - actually a reprocessing plant used to separate plutonium from spent nuclear fuel at the Yongbyon. This allows North Korea to establish a full plutonium fuel cycle. 1985: DPRK accedes to the NPT. 1987: Yongbyon Reactor upgraded to 8MW(th). 1989: The North s nuclear program is conclusively confirmed by U.S. satellite images, 11 leading to the first nuclear crisis between the U.S. and the DPRK. 1989-1994: North Korea is forced to deal with the fall of the USSR, normalization of Sino-Soviet relations, death of Kim Il Sung, an economic downturn and food and energy shortages. Meanwhile the South Korean economy expands rapidly. The South s GDP becomes 15-20 times greater than the North s. 12 This begins the rebalancing of power within the North-South Korean dyad later noted as one of the systemic factors driving North Korea s nuclear program. 3

American security project 1990 s 1991: North Korea attempts to acquire Soviet scientists with knowledge of high energy physics, 13 however the scientists are detained by Soviet officials. 14 1992: Agreement. 1993: North Korea pulls out of the Agreement and in the same year tests the Nodong-1 missile. 1994: Agreed Frameworks. 1997: It is widely reported that North Korea provides Pakistan with the No-dong missile and production technology in exchange for gas centrifuge technology. 15 August 1998: Discovery of a suspected underground nuclear facility in Kumchang-ri by U.S. spy satellite imagery. 16 This leads the U.S. Congress to halt $35 million in heavy oil aid to North Korea, and demand for inspections of the new facility by June 1, 1999. 17 August 31, 1998: North Korea test fires Taepodong-1 missile over Japan. Taepodong-1 missile-test fired over Japan in August 1998 1998: U.S. aid is given in exchange for a halt to North Korea s missile program. September 1999: Berlin Agreement. 18 2000 s 2002: The U.S. begins reporting on a secret DPRK Highly Enriched Uranium (HEU) program. 2002: North Korea expels IAEA inspectors. 2003: Resumption of activity in the Yongbyon reactor. December 9, 2003: George W. Bush turns down a proposition from the North to freeze its reactors in exchange for a list of concessions. 19 4

2003-2005: Six Party Talks fail to make substantial progress due to North Korean acts of aggression, such as missiles tests in February 2003, and May 2005. 20 September 19, 2005: Joint Statement between the U.S. and North Korea, stating the latter would give up its entire nuclear program in exchange for a non-aggression pact with the U.S. This statement was repealed the following day as the DPRK demenads civilian reactors as a prerequisite to any deal, effectively ending the negotiations. 2006: North Korea launches 7 missiles. While the short and medium range missiles (Nodong -2 and Scud) are successful, the Taepodong 2 ICBM fails.21 October 9, 2006: North Korea conducts underground Nuclear Test. The nuclear device produces roughly a 0.2-1-kiloton explosion. This is a very small device compared to the 15-kiloton yield of the U.S. bomb dropped on Hiroshima, a weak device itself compared to present day nuclear warheads. 22 April 12, 2012 North Korea s test of the Kwangyongsong-3 satellite missile December 18, 2006: Six Party Talks commence again. February 8, 2007: Agreement signed. November 2007: A rotating team of U.S. and Russian officials oversee the dismantlement, though not the disposal, of more than half of Yongbyon s 8,000 spent fuel rods. 23 April 5, 2009: North Korea tests the Unha-2 missile over Japan. May 25, 2009: North Korea tests its second nuclear weapon, and expels the IAEA. 2010: North Korea reveals a secret advanced uranium enrichment plant. April 12, 2012: North Korea s test of the Kwangyongsong-3 satellite missile fails. Derek Bolton is an Adjunct Junior Fellow at the American Security Project specializing in nuclear security issues 5

American security project Endnotes 1. Richard Stone, North Korea s Nuclear Shell Game, Science, New Series, Vol. 303, No. 5657(Jan. 23, 2004), pp. 452-454 2. Tetsuya Endo is the Vice Chair of Japan s Atomic Energy Commission. See: Stone, North Korea s Nuclear Shell Game 3. Hymans, Building The Bomb is a Form Of National Self Expression 4. Stone, North Korea s Nuclear Shell Game 5. Victor Cha and David C. Kang, Nuclear North Korea (New York Columbia University Press, 2003), p. 29 6. Perry, Proliferation on the Peninsula 7. Hymans, Jacques E.C. Hymans Assessing North Korean Intentions And Capacities: A New Approach, Journal Of East Asian Studies 8(2008), p. 259-292 8. ibid 9. ibid 10. Stone, North Korea s Nuclear Shell Game 11. William J. Perry Proliferation on the Peninsula: Five North Korean Nuclear Crises Annals of the American Academy of Political and Social Science, Vol. 607, Confronting the Specter of Nuclear Terrorism (Sep., 2006), pp. 78-86 12. Cha, Kang, Nuclear North Korea, p. 22 and 30 13. Stone, North Korea s Nuclear Shell Game 14. ibid 15. IISS, http://www.iiss.org/publications/strategic-dossiers/north-korean-dossier/north-koreas-weapons-programmes-a-net-asses/ north-koreas-nuclear-weapons-programme/?locale=en 16. Kyung-Ae Park, North Korea s Defensive Power and U.S.-North Korea Relations Pacific Affairs, Vol. 73, No. 4 (Winter 2000-2001), pp. 535-553 17. ibid 18. The U.S. had already been allowed to inspect the underground Kumchang-ri complex in March of 1999. 19. Stephan Haggard and Marcus Noland, North Korea in 2007: Shuffling in from the Cold War, Asian Survey, Vol. 48, No.1(Jan.-Feb., 2008), pp.107-115 See Also: Timeline: N. Korea Nuclear Standoff, BBC, (Nov. 22, 2010) http://www.bbc. co.uk/news/world-asia-pacific-11811861 20. Timeline: N. Korea Nuclear Standoff, BBC, (Nov. 22, 2010) http://www.bbc.co.uk/news/world-asia-pacific-11811861 21. Ilsoo David Cho and Meredith Jung-En Woo, North Korea in 2006: The Year of Living Dangerously, Asian Survey, Vol. 47, No. 1(Jan.-Feb., 2007), pp. 68-73 22. Wade L. Huntley U.S. Policy Toward North Korea in a Strategic Context: Tempting Goliath s Fate, Asian Survey, Vol. 47, No. 3(May-June 2007), pp.455-480 23. Stephen Haggard and Marcus Noland, North Korea in 2007: Shuffling in from the Cold War, Asian Survey, Vol. 48, No.1(Jan.- Feb., 2008), pp.107-115 6

Building a New American Arsenal The American Security Project (ASP) is a non-partisan initiative to educate the American public about the changing nature of national security in the 21st century. Gone are the days when a nation s strength could be measured by bombers and battleships. Security in this new era requires a New American Arsenal harnessing all of America s strengths: the force of our diplomacy; the might of our military; the vigor of our economy; and the power of our ideals. We believe that America must lead other nations in the pursuit of our common goals and shared security. We must confront international challenges with all the tools at our disposal. We must address emerging problems before they become security crises. And to do this, we must forge a new bipartisan consensus at home. ASP brings together prominent American leaders, current and former members of Congress, retired military officers, and former government officials. Staff direct research on a broad range of issues and engages and empowers the American public by taking its findings directly to them. We live in a time when the threats to our security are as complex and diverse as terrorism, the spread of weapons of mass destruction, climate change, failed and failing states, disease, and pandemics. The same-old solutions and partisan bickering won t do. America needs an honest dialogue about security that is as robust as it is realistic. ASP exists to promote that dialogue, to forge consensus, and to spur constructive action so that America meets the challenges to its security while seizing the opportunities the new century offers. www.americansecurityproject.org