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Both consolidating and disruptive work are needed for scientific progress, of course, but science now seems to favour the former over the latter in a potentially unhealthy way.
Mr. Park and Drs Leahey and Funk found that the average CD score for papers has fallen by between 92% and 100% since 1945, and for patents between 79% and 92%.
These declines are not mere artefacts of changing publication, citation or authorship practices; the researchers controlled for that.
Why, then, has science become less disruptive?
One hypothesis is the low-hanging-fruit theory - that all the easy findings have been plucked from the branches of the tree of knowledge.
If true, this would predict different fields would have different rates of decline in disruption, given that they are at different stages of maturity.
But that is not the case.
The decline the researchers found was comparable in all big fields of science and technology.
Another idea is that the decline in disruptiveness stems from one in the quality of published work.
To test this, the researchers looked at two specific categories: papers in premier publications and Nobel-prizewinning discoveries.
当然,科学进步既需要深化性的工作,也需要颠覆性的工作,但如今的科学领域似乎以一种潜在的、不健康的方式越来越迈向前者而非后者。
帕克、利希和芬克发现,自1945年以来,论文的平均CD分数下降了92%至100%,专利的平均CD分数下降了79%至92%。
这些下降不仅仅是由于出版方式、引用方式或作者工作发生了变化;研究人员对此进行了控制。
那么,为什么科学的颠覆性变弱了?
一种假设是“小目标”理论――简单的发现都能直接从知识树的树枝上摘取。
如果真是这样,那么根据预测,鉴于不同领域的成熟阶段不同,它们颠覆性发现的数量下降速度也会不同。
但事实并非如此。
研究人员发现,在所有规模已经很大的科学和技术领域,颠覆性发现的数量下降速度都是类似的。
另一种观点认为,颠覆性发现的减少是由于出版作品质量的下降。
为了验证这一点,研究人员考察了两个特定的类别:主要出版物上的论文和获诺贝尔奖的发现。
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