Articles

167 Items

Ambassador Ivor Richard, left, of the United Kingdom, and U.S. Ambassador Andrew Young, right, raise their arms during vote, Friday, Nov. 4, 1977 at the United Nations Security Council.

(AP Photo/Dave Pickoff)

Journal Article - Quarterly Journal: International Security

Caught Red-Handed: How States Wield Proof to Coerce Wrongdoers

| Fall 2021

States frequently acquire proof that other states have violated norms. Yet, existing theories do not fully explain how states wield such proof to coerce wrongdoers. Four case studies of nuclear proliferation probe a novel theory of how states coerce norm violators by concealing, sharing privately, or publicizing proof of guilt.

Signing of the SALT treaty between the U.S. and the U.S.S.R. is observed by officials as U.S. President Richard Nixon, left and Soviet leader Leonid Brezhnev, right, sign document in Moscow, May 26, 1972. (AP Photo)

AP Photo

Journal Article - Quarterly Journal: International Security

Arms Control as Wedge Strategy: How Arms Limitation Deals Divide Alliances

| Fall 2021

Wedge strategy theory explains how states use strategic arms control to divide adversaries by affecting their trust, threat perceptions, and beliefs about a commitment’s trade-offs. Examining three landmark arms control negotiations shows how the wedge motive was a key component to these negotiations.

nuclear power plant

Wikimedia CC/Korea Yonggwang NPP

Journal Article - Journal for Peace and Nuclear Disarmament

The Nuclear Fuel Cycle and the Proliferation ‘Danger Zone’

| May 27, 2020

Horizontal nuclear proliferation presents what is sometimes referred to as the "Nth country problem," or identifying which state could be next to acquire nuclear weapons. Nuclear fuel cycle technologies can contribute to both nuclear power generation and weapons development. Consequently, observers often view civilian nuclear programs with suspicion even as research on nuclear latency and the technological inputs of proliferation has added nuance to these discussions. To contribute to this debate, the author puts forth a simple theoretical proposition: En route to developing a civilian nuclear infrastructure and mastering the fuel cycle, states pass through a proliferation "danger zone."

Members of the 576th Flight Test Squadron monitor an operational test launch of an unarmed Minuteman III missile

USAF/Michael Peterson

Journal Article - Bulletin of the Atomic Scientists

The Overwhelming Case for No First Use

| Jan. 13, 2020

The arguments in favor of the United States' declaring that the only purpose of its nuclear weapons is to deter others who possess them from using theirs — in other words, that in no circumstances will this country use nuclear weapons first — are far stronger than the arguments against this stance. It must be hoped that the next US administration will take this no-first-use step promptly.

U.S. President Dwight D. Eisenhower and Secretary of State John Foster Dulles (from left) greet South Vietnamese President Ngo Dinh Diem at Washington National Airport

DoD/Department of the Air Force

Journal Article - Small Wars Journal

Bernard Fall as an Andrew Marshall Avant la Lettre (Part II)

| Dec. 09, 2019

SWJ interview with Nathaniel L. Moir, Ph.D., an Ernest May Postdoctoral Fellow in History and Policy at the Belfer Center for Science and International Affairs, Harvard Kennedy School. Dr. Moir is completing a book manuscript on Bernard Fall for publication.

Steam billowing from cooling tower of nuclear power plant

AP Photo/David Veis/CTK

Journal Article - Quarterly Journal: International Security

Proliferation and the Logic of the Nuclear Market

| Spring 2019

What explains the scale and speed of nuclear proliferation? One key factor is the level of competition among suppliers in the market for nuclear materials and technologies. When suppliers form a cartel, fewer countries can acquire what they need for a nuclear weapons program. If great power competition intensifies, suppliers will find it harder to cooperate and nuclear proliferation could accelerate.