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叛逃者对他人的不容忍促进了具有退出选择的重复公共物品博弈中的合作。

Defectors' intolerance of others promotes cooperation in the repeated public goods game with opting out.

机构信息

Department of Mathematics, Faculty of Science, University of South Bohemia, 370 05, Ceske Budejovice, Czech Republic.

Czech Academy of Sciences, Biology Centre, 370 05, Ceske Budejovice, Czech Republic.

出版信息

Sci Rep. 2020 Nov 11;10(1):19511. doi: 10.1038/s41598-020-76506-3.

Abstract

The theoretical and experimental research on opting out (also called conditional dissociation) in social dilemmas has concentrated on the effect this behavior has on the level of cooperation when used against defectors. The intuition behind this emphasis is based on the common property of social dilemmas that individuals are worse off the more their opponents defect. However, this article shows clearly that other opting out mechanisms are better at increasing cooperative behavior. In fact, by analyzing the stable Nash equilibria for the repeated multi-player public goods game with opting out, our results provide a strong argument that the best opting out rule is one whereby the only groups that voluntarily stay together between rounds are those that are homogeneous (i.e., those groups that are either all cooperators or all defectors), when these groups stay together for enough rounds. This outcome emerges when defectors are completely intolerant of individuals who cooperate (e.g., defectors exhibit xenophobic behavior toward cooperators) and so opt out whenever their group has a cooperator in it. The strong preference by defectors to be with like-minded individuals causes all heterogeneous groups to disband after one round.

摘要

关于社会困境中的选择退出(也称为条件分离)的理论和实验研究集中于这种行为在对抗背叛者时对合作水平的影响。这种强调的背后的直觉基于社会困境的一个共同属性,即个体的对手背叛得越多,他们的处境就越糟糕。然而,本文清楚地表明,其他选择退出机制在增加合作行为方面更有效。事实上,通过分析具有选择退出的重复多人公共物品博弈的稳定纳什均衡,我们的结果提供了一个强有力的论据,即最好的选择退出规则是一种只有在足够多的轮次中,自愿留在一轮之间的同质群体(即那些要么都是合作者要么都是背叛者的群体)才会留下来的规则。当背叛者完全不能容忍合作者(例如,背叛者对合作者表现出仇外行为)并因此在他们的群体中有一个合作者时选择退出时,就会出现这种结果。背叛者强烈倾向于与志同道合的人在一起,导致所有异质群体在一轮后解散。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/384e/7659018/52e411d1c3f6/41598_2020_76506_Fig1_HTML.jpg

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