可保性
系统性风险
计算机科学
计算生物学
业务
生物
精算学
经济
一般保险
保险单
宏观经济学
保险法
金融危机
作者
Wanrui Dai,Liangrong Song
标识
DOI:10.21314/jop.2025.003
摘要
In an era defined by systemic disruption, radical unpredictability and the rapid evolution of artificial intelligence, the classical distinction between risk and uncertainty, first articulated by Frank Knight and John Maynard Keynes, demands urgent reexamination.While traditional risk is measurable through probabilistic models, deep uncertainty involves unknowable probabilities and indeterminate outcomes that increasingly defy legacy risk frameworks.This paper explores how the rising frequency of high-impact shocks -technological, geopolitical, financial and epidemiological -exposes the fragility of conventional risk management approaches.It argues for a paradigm shift, from viewing disruption as episodic to understanding it as systemic, whereby interdependent stressors interact to produce cascading, nonlinear impacts.To address this complexity, we propose the antifragile, anticipatory and agility (AAA) framework as a novel approach for uncertainty management.Drawing on insights from complexity science, strategic foresight and adaptive resilience, the framework emphasizes imagination over prediction and prioritizes managing outcome amplitude over probability.By cultivating organizational shock
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