Macrosecuritisation failure and technological lock-in: lessons from the history of the bomb

How does existentially dangerous technology get adopted and then locked in? The case of the atomic bomb offers a cautionary tale. In the long run, reliance on nuclear weapons is a recipe for catastrophe. Yet their perceived ability to reduce the frequency of war in the short term inhibits efforts to reform the international status quo. Drawing on the pioneering work of David Collingridge and Nathan Sears, this paper argues that nuclear deterrence became locked in for several reasons: initial disagreement about the threat it posed, the threat’s declining salience as time wore on and serial procrastination in addressing it. Unfortunately, the same is likely with any technology that involves low-frequency, high-impact risks, including solar geoengineering and possibly artificial intelligence. At worst, it can convert catastrophic risks to existential ones, while rendering them politically intractable.

Publication Details

Journal
Repository@Nottingham (University of Nottingham)
Published
2025-11-02
Primary Topic
Space Science and Extraterrestrial Life
Type
article
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article

Macrosecuritisation failure and technological lock-in: lessons from the history of the bomb

Repository@Nottingham (University of Nottingham)
Space Science and Extraterrestrial Life
article

Macrosecuritisation failure and technological lock-in: lessons from the history of the bomb

article en

Abstract

How does existentially dangerous technology get adopted and then locked in? The case of the atomic bomb offers a cautionary tale. In the long run, reliance on nuclear weapons is a recipe for catastrophe. Yet their perceived ability to reduce the frequency of war in the short term inhibits efforts to reform the international status quo. Drawing on the pioneering work of David Collingridge and Nathan Sears, this paper argues that nuclear deterrence became locked in for several reasons: initial disagreement about the threat it posed, the threat’s declining salience as time wore on and serial procrastination in addressing it. Unfortunately, the same is likely with any technology that involves low-frequency, high-impact risks, including solar geoengineering and possibly artificial intelligence. At worst, it can convert catastrophic risks to existential ones, while rendering them politically intractable.

Repository@Nottingham (University of Nottingham)
Openalex Percentile: Top 36%
Space Science and Extraterrestrial Life
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