The Missile Defense Footprint Calculation and Comparison code is an open-source software tool that can model missiles and interceptors and calculate footprints for different scenarios.
The grants supports the work of SGS to advance effective policies for nuclear arms control, nonproliferation, and disarmament, and a safer and more peaceful world free of nuclear weapons.
Readings included discussions on psychological mechanisms driving perceptions, attitudes, feelings and behaviors in response to the risks from nuclear war.
Inspired by the SGS VR experience The Nuclear Biscuit and supported by the SGS-based Physicists Coalition for Nuclear Threat Reduction, a new Kurzgesagt video had over two million views in the first 24 hours.
SGS study estimates radioactive contamination from U.S. tests in New Mexico and Nevada, and offers marker for the start of the Anthropocene.
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.
SGS recognizes the impacts of systemic racism against black lives and supports efforts to counter the structures of exclusion and domination that work to deny and limit the dignity and rights of minoritized communities to participate freely and contribute fully and equally in society.
A VR experience to better understand decision-making during a nuclear crisis.
