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减数分裂解决了人口划分问题。

Meiosis solved the problem of gerrymandering.

机构信息

Department of Organismic and Evolutionary Biology, Harvard University, Cambridge, MA 02138, USA.

出版信息

J Genet. 2022;101.

Abstract

Gerrymandering, the structuring of voting districts to favour certain politicians and political groups, undermines fair elections and presents a serious challenge to democracy. We introduce a solution to gerrymandering inspired by the biological process of cell division in sexually reproducing organisms, meiosis, in which the boundaries of electorates are frequently redrawn by randomizing algorithms. By demonstrating the deep parallels between meiosis and John Rawls's concept of a 'veil of ignorance', we also show how one of the biggest threats to the integrity of meiosis-selfish genetic elements, genes that promote their own transmission at the expense of organismal fitness-can inspire another potential advantage to frequent random redistricting.

摘要

选区划分不当,即通过调整选区结构来偏袒某些政客和政治团体,破坏了公平选举,对民主构成了严重挑战。我们提出了一种解决方案,该方案受到有性生殖生物细胞分裂过程的启发,即减数分裂,选民的边界经常通过随机算法重新划定。通过展示减数分裂和约翰·罗尔斯的“无知之幕”概念之间的深刻相似之处,我们还表明,减数分裂完整性面临的最大威胁之一——自私的遗传因子,即那些以牺牲生物体适应性为代价来促进自身传递的基因——如何能够激发另一个潜在的优势,即频繁的随机重新划分选区。

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