Sackler Centre for Consciousness Science and the School of Psychology, University of Sussex, UK.
Conscious Cogn. 2013 Mar;22(1):123-36. doi: 10.1016/j.concog.2012.11.009. Epub 2012 Dec 20.
The time course of different metacognitive experiences of knowledge was investigated using artificial grammar learning. Experiment 1 revealed that when participants are aware of the basis of their judgments (conscious structural knowledge) decisions are made most rapidly, followed by decisions made with conscious judgment but without conscious knowledge of underlying structure (unconscious structural knowledge), and guess responses (unconscious judgment knowledge) were made most slowly, even when controlling for differences in confidence and accuracy. In experiment 2, short response deadlines decreased the accuracy of unconscious but not conscious structural knowledge. Conversely, the deadline decreased the proportion of conscious structural knowledge in favour of guessing. Unconscious structural knowledge can be applied rapidly but becomes more reliable with additional metacognitive processing time whereas conscious structural knowledge is an all-or-nothing response that cannot always be applied rapidly. These dissociations corroborate quite separate theories of recognition (dual-process) and metacognition (higher order thought and cross-order integration).
使用人工语法学习研究了不同元认知体验的知识随时间的变化过程。实验 1 表明,当参与者意识到判断的依据时(有意识的结构知识),决策速度最快,其次是有意识判断但没有意识到潜在结构的决策(无意识结构知识),猜测反应(无意识判断知识)最慢,即使在控制信心和准确性差异的情况下也是如此。在实验 2 中,短的响应期限降低了无意识但不是有意识结构知识的准确性。相反,截止日期减少了有意识结构知识的比例,有利于猜测。无意识结构知识可以快速应用,但随着更多的元认知处理时间,它变得更加可靠,而有意识的结构知识是一种全有或全无的反应,并不总是可以快速应用。这些分离证实了识别(双过程)和元认知(高阶思维和跨阶整合)的完全独立的理论。