NSSC joins NPWG in hosting talk with Dr. Frank Gavin on American Grand Strategy

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RSVP to receive meeting info HERE.

The world first confronted the power of nuclear weapons when the United States dropped atomic bombs on Hiroshima and Nagasaki in August 1945. The global threat of these weapons deepened in the following decades as more advanced weapons, aggressive strategies, and new nuclear powers emerged. Ever since, countless books, reports, and articles—and even a new field of academic inquiry called “security studies”—have tried to explain the so-called nuclear revolution.

Francis J. Gavin argues that scholarly and popular understanding of many key issues about nuclear weapons is incomplete at best and wrong at worst. Among these important, misunderstood issues are: how nuclear deterrence works; whether nuclear coercion is effective; how and why the United States chose its nuclear strategies; why countries develop their own nuclear weapons or choose not to do so; and, most fundamentally, whether nuclear weapons make the world safer or more dangerous. These and similar questions still matter because nuclear danger is returning as a genuine threat. Emerging technologies and shifting great-power rivalries seem to herald a new type of cold war just three decades after the end of the U.S.-Soviet conflict that was characterized by periodic prospects of global Armageddon. Nuclear Weapons and American Grand Strategy helps policymakers wrestle with the latest challenges. Written in a clear, accessible, and jargon-free manner, the book also offers insights for students, scholars, and others interested in both the history and future of nuclear danger.

Francis J. Gavin is the Giovanni Agnelli Distinguished Professor and the inaugural director of the Henry A. Kissinger Center for Global Affairs at SAIS-Johns Hopkins University. In 2013, Gavin was appointed the first Frank Stanton Chair in Nuclear Security Policy Studies and Professor of Political Science at MIT. Before joining MIT, he was the Tom Slick Professor of International Affairs and the Director of the Robert S. Strauss Center for International Security and Law at the University of Texas. Gavin is the Chairman of the Board of Editors of the Texas National Security Review. His writings include Gold, Dollars, and Power: The Politics of International Monetary Relations, 1958-1971 and Nuclear Statecraft: History and Strategy in America’s Atomic Age. His latest book, Nuclear Weapons and American Grand Strategy, was published by Brookings Institution Press in 2020.

If you have any issues accessing the Zoom meeting, or do not receive a Zoom link after RSVPing, please send us a message through the contact form!


Undergraduate research assistant position – BANG

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To apply, email nssc_info@berkeley.edu with a cover letter and CV. Please put “Undergraduate research assistant position – BANG” in the subject line of the email.

An undergraduate research assistant position is available with the Bay Area Neutron Group within the Nuclear Science and Security Consortium. This position will support research projects involving neutron detection for nuclear nonproliferation and nuclear data. Responsibilities of this position may include performing experimental measurements, analyzing data using a C++ software framework, Monte Carlo transport modeling using the GEANT4 toolkit, attending a weekly group meeting to discuss progress, and taking shifts in experimental campaigns at the 88-Inch Cyclotron at Lawrence Berkeley National Laboratory. This assistantship provides opportunities for authorship of peer-reviewed journal articles, including as first author for research assistants that demonstrate initiative and perform at an outstanding level.

Successful candidates must have a passion for science and an interest in experimental nuclear physics.


10 hours per week, $20 per hour


• In progress undergraduate degree in physics, nuclear engineering, or related


• Dedication, motivation, and reliability

• Good communication skills

• US Citizen

Highly desirable:

• Junior or senior level standing

• Coursework/experience with nuclear or radiation physics

• Familiarity with object-oriented programming concepts

• Experience with C++ or other C-family languages

To apply, email nssc_info@berkeley.edu with a cover letter and CV.

About University of California Berkeley

The University of California was founded in 1868, born out of a vision in the State Constitution of a university that would “contribute even more than California’s gold to the glory and happiness of advancing generations.”


The Complexity Science research team is hiring

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The Complexity Science research team in the Department of Nuclear Engineering at the University of California, Berkeley welcomes applications for an undergraduate research assistant in machine learning and algorithm development. The goal of this work is to develop and apply transferable multisource machine learning methods to classify nuclear operations—such   as reactor operational states, fuel delivery, and reactor refueling—at previously unseen nuclear facilities of interest. Working within a team of nuclear engineers and computer scientists, the candidate will primarily contribute through software development and data analysis. Additional tasks may include supporting experimental data collection campaigns at nuclear reactor facilities. 

This remote position is available immediately. Hours are flexible, with up to 40 hours per week (summer) and ~10 hours per week (academic year). Pay rate is $20 per hour.


  • Undergraduate degree in progress at UC Berkeley in EECS, Nuclear Engineering, Physics, Math/Stats, Data Science, or related disciplines
  • Proficient in Python 
  • Highly motivated team player
  • Independent and creative thinker


  • Experience with Keras/TensorFlow or other ML platforms
  • Familiarity with a Linux/Unix environment

To apply:

Send a cover letter and CV to Dr. Bethany Goldblum at bethany@nuc.berkeley.edu with “Complexity Science Undergrad” in the subject line

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