Analysis of strategic and deterrence equilibrium by modeling with a Van der Waals gas
Fabrizio Angaroni, Maurizio Martellini

TL;DR
This paper models deterrence equilibrium using a Van der Waals gas analogy, incorporating non-rational factors and applying it to India-Pakistan dynamics to understand stability influences.
Contribution
It introduces a novel physical model for deterrence that accounts for non-rational factors and applies thermodynamics concepts to international security scenarios.
Findings
Model represents MAD theory without internal instability factors.
Inclusion of economic and political factors alters deterrence stability.
Application to India-Pakistan shows diplomacy impacts equilibrium.
Abstract
In this paper we are going to propose a physical model that can represent a simple deterrence equilibrium situation, it is on based theory of unitary rational actors. This theory takes in account that a state is composed of a large number of people and a detailed study of the dynamics of any individual it is impossible. This situation, in Physics, is similar for gases, which are composed by a huge number of molecules and the study dynamics for one is impossible. Then a common approach, in this case, is the thermodynamics one. We only look to the macroscopic properties of the gas such as pressure, temperature and volume. Then in this sense thermodynamics could help to use theory of unitary rational actors also considering some non-rational factors. Firstly we are going to see how this model represents the Mutual assured destruction (MAD) theory if the influence of internal (economical,…
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Taxonomy
TopicsArtificial Immune Systems Applications · Opinion Dynamics and Social Influence · Game Theory and Applications
