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Emerging Disruptive Technologies and Risk Reduction

Nuclear weapons have unique catastrophic effects.  Reducing risks of their use is a key element of reducing existential risks. Our researchers and members study the intersections between nuclear weapons and emerging and disruptive technologies, as a contribution to nuclear risk reduction. Our research looks in particular at the growing complexity that the simultaneous emergence of multiple disruptive technologies introduces. We aim to provide guidance for decision makers on how they can maintain strategic stability and make progress towards arms control and disarmament under such circumstances. ELN experts also examine the question of whether other technologies could eventually present similarly catastrophic risks as nuclear weapons.

 

Commentary

From nuclear stability to AI safety: Why nuclear policy experts must help shape AI’s future

Artificial intelligence, much like nuclear technologies, has the capacity to transform our world for the better, offering breakthroughs in several fields whilst simultaneously posing catastrophic risks. Nuclear policy experts, skilled in managing existential threats, are well-suited to guide AI governance. ELN Network and Communications Manager Andrew Jones argues that urgent, coordinated international action and further collaboration between experts in the nuclear and AI fields is needed before AI outpaces our ability to control it.

25 April 2025 | Andrew Jones
Policy brief

Technological complexity and risk reduction: Using digital twins to navigate uncertainty in nuclear weapons decision-making and EDT landscapes

This policy brief explores the integration of digital twin technologies into nuclear decision-making processes, assessing their potential to reduce risks stemming from emerging disruptive technologies (EDTs). It argues for international dialogue, transparency, and responsible innovation to prevent misuse, enhance NC3 resilience, and strengthen strategic stability through informed, scenario-based crisis simulations.