Department of Philosophy, University of Maryland, College Park, MD 20742, USA.
Proc Natl Acad Sci U S A. 2013 Jun 18;110 Suppl 2(Suppl 2):10371-8. doi: 10.1073/pnas.1301195110. Epub 2013 Jun 10.
Working memory (WM) is fundamental to many aspects of human life, including learning, speech and text comprehension, prospection and future planning, and explicit "system 2" forms of reasoning, as well as overlapping heavily with fluid general intelligence. WM has been intensively studied for many decades, and there is a growing consensus about its nature, its components, and its signature limits. Remarkably, given its central importance in human life, there has been very little comparative investigation of WM abilities across species. Consequently, much remains unknown about the evolution of this important human capacity. Some questions can be tentatively answered from the existing comparative literature. Even studies that were not intended to do so can nonetheless shed light on the WM capacities of nonhuman animals. However, many questions remain.
工作记忆(WM)是人类生活许多方面的基础,包括学习、言语和文本理解、前瞻性和未来规划,以及明确的“系统 2”形式的推理,并且与流体智力高度重叠。几十年来,WM 一直是研究的热点,人们对其性质、组成和特征限制有了越来越多的共识。值得注意的是,鉴于其在人类生活中的核心重要性,对物种之间 WM 能力的比较研究非常少。因此,关于这种重要人类能力的进化,仍然有很多未知之处。一些问题可以从现有的比较文献中得到初步解答。即使是那些并非有意进行比较研究的研究,也能让我们了解非人类动物的 WM 能力。然而,仍有许多问题悬而未决。