Scientists have studied the global consequences of nuclear war since the 1940s. This resource guide — for researchers, teachers and students — maps key studies, current research, and core questions on the environmental effects of nuclear war.

By combining adversarial resistance, real-time interception, and structured safeguards, the Asimov Box provides a robust defense against misuse of AI-driven robots.

Our research on nuclear fusion examines possible strategies to monitor nuclear fusion reactors and assess different plant designs with respect to their safeguardability and proliferation resistance.

This project assesses the consequences of nuclear war for different attack scenarios and using atmospheric transport model to assess nuclear fallout.

This project builds new partnerships around the use of immersive virtual reality to raise public awareness of the risks from nuclear weapons stockpiles and to engage new audiences in discussions about nuclear arms control and disarmament.

This project is dedicated to developing an interdisciplinary collection of scholarly and other works exploring issues of structural racism and other forms of exclusion and domination in teaching and research on nuclear weapon issues.

A VR experience to better understand decision-making during a nuclear crisis.

Can one dismantle a nuclear weapon without learning anything about its design?

Inspector bots could be more effective and, if designed appropriately, less intrusive than human inspectors.

What happens if the United States and Russia carry out their nuclear war plans.