Miller Ralph R
State University of New York at Binghamton, USA.
Behav Processes. 2023 Apr;207:104863. doi: 10.1016/j.beproc.2023.104863. Epub 2023 Mar 24.
Introspection tells people that their behavior is both consciously reasoned and functional (i.e., rational), at least based on the evidence available to them. In contrast, research has found that much human behavior reported to be consciously determined, is strongly influenced by heuristics and the mechanistic principles of associative learning that usually function unconsciously and are sometimes sub-optimal. Scientists are trained to base their conclusions on a rational analysis of evidence, which enhances the scientific validity of their conclusions. But scientific training appears to do little to constrain the role of unconscious heuristics. The present point is that scientists are humans and, as such, they are subject to the influence of heuristics in their scientific conclusions just as laypeople are in their everyday behavior. As an example, the availability heuristic and how it seemingly feeds the repetition-induced truth effect are described. One consequence of this is that failures to replicate frequently cited papers do little to devalue the irreplicable reports. Although unconscious heuristics influence the scientific thinking of researchers, scientists are typically unaware of the role of these heuristics due to their operating below the horizon of introspection. This appears to explain the persistence, in light of overwhelming evidence to the contrary, of the views by many researchers that 'a prediction error is necessary for learning' and that 'reactivated memories have to be reconsolidated to be retained for future access.'
内省告诉人们,他们的行为是经过有意识的推理且具有功能性的(即理性的),至少基于他们所掌握的证据来看是这样。相比之下,研究发现,许多据说是由意识决定的人类行为,受到启发式方法和联想学习的机械原理的强烈影响,这些通常在无意识状态下起作用,有时还不是最优的。科学家们被训练依据对证据的理性分析来得出结论,这增强了他们结论的科学有效性。但科学训练似乎对限制无意识启发式方法的作用收效甚微。目前的观点是,科学家也是人,因此,他们在科学结论中也会像普通人在日常行为中一样受到启发式方法的影响。例如,文中描述了可得性启发式方法以及它似乎如何助长重复诱导的真理效应。由此产生的一个后果是,未能复制经常被引用的论文对那些无法复制的报告的价值影响不大。尽管无意识启发式方法会影响研究人员的科学思维,但由于这些启发式方法在自省范围之下运作,科学家们通常并未意识到它们的作用。鉴于有大量相反的证据,这似乎解释了许多研究人员坚持认为“学习需要预测误差”以及“重新激活的记忆必须重新巩固才能被保留以供未来提取”这一观点的原因。