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解构设计:捍卫科学的一种策略。

Deconstructing design: a strategy for defending science.

作者信息

Miller K R

机构信息

Department of Molecular Biology, Cell Biology, and Biochemistry, Brown University, Providence, RI 02912, USA.

出版信息

Cold Spring Harb Symp Quant Biol. 2009;74:463-8. doi: 10.1101/sqb.2009.74.012. Epub 2009 Sep 4.

Abstract

Despite its legal and scientific failings, the "intelligent design" (ID) movement has been a public relations success story in the United States. By first creating doubts about the adequacy of evolution to account for the complexity of life, the ID movement has invoked the values of "fairness" and "openness" to argue for inclusion in the classroom and curriculum. In this way, it has attempted to lay claim to the very principles of critical analysis and open discussion at the heart of the scientific enterprise, leaving many researchers in doubt as to how to respond to these challenges. Specific case studies, including the blood-clotting cascade and data from the human genome, show how scientists can have a leading role in deconstructing the arguments advanced in favor of ID. The key to this strategy is remarkably simple and was at the heart of the landmark 2005 Kitzmiller v. Dover trial on ID. It is for researchers to take the claims made by ID proponents seriously, and then to follow them to their logical scientific conclusions. When this is done effectively, the hypothesis of "design" can be publicly falsified in ways that are understandable to laypeople and decision makers in education.

摘要

尽管“智能设计论”(ID)在法律和科学方面存在缺陷,但它在美国却是一个公关成功案例。通过首先对进化论能否充分解释生命复杂性产生怀疑,智能设计论运动援引“公平”和“开放”的价值观,主张将其纳入课堂教学和课程设置。通过这种方式,它试图宣称自己拥有科学事业核心的批判性分析和公开讨论的原则,这让许多研究人员对如何应对这些挑战感到困惑。具体的案例研究,包括血液凝固级联反应和人类基因组数据,展示了科学家如何在解构支持智能设计论的论点方面发挥主导作用。这一策略的关键非常简单,并且是2005年具有里程碑意义的“基茨米勒诉多佛”关于智能设计论的审判的核心。研究人员要认真对待智能设计论支持者提出的主张,然后顺着这些主张得出符合逻辑的科学结论。当这一过程有效完成时,“设计”假说就能以一种外行人以及教育领域决策者都能理解的方式被公开证伪。

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