What moderates implicit—explicit consistency?

Implicit and explicit indicators of attitudes or personality traits are positively, and variably, related. This review places the question of implicit ‐ explicit consistency into the tradition of attitude/trait ‐ behaviour consistency (e.g., Wicker, 1969). Drawing on dual-process models, such as the recent distinction between associative and propositional representations (Strack & Deutsch, 2004), we identify a working model of implicit ‐ explicit consistency that organises the empirical evidence on implicit ‐ explicit moderation into five factors: translation between implicit and explicit representations (e.g., representational strength, awareness), additional information integration for explicit representations (e.g., need for cognition), properties of explicit assessment (e.g., social desirability concerns), properties of implicit assessment (e.g., situational malleability), and research design factors (e.g., sampling bias, measurement correspondence).     

The Art of Nature: Hegel and the Critique of Judgment

This essay examines the reasons for Hegel's frequently professed claim that Kant's Critique of Judgment simultaneously reveals the internal limits of critical philosophy and opens the door to his own system of speculative idealism. It evaluates Hegel's contention that the conceptions of aesthetic experience, organic purposiveness, and the intuitive intellect developed in the third Critique together conspire to undermine the epistemological and metaphysical foundations of the theories of nature and freedom advanced in the first and second Critiques . Finally it explains how Hegel understands his logic and real philosophy as a realist and quasi-naturalistic alternative to Kant's subjective idealism, one that purports to generate a system of categories adequate not only to dead matter but also to organic life and free self-conscious spirit.     

Intuitive physics and cognitive algebra: A review

IntroductionIntuitive physics explores how people without a formal instruction in physics intuitively understand physical phenomena. After a general overview of the topics of current research in intuitive physics and a discussion of current debates, this paper provides an introduction to Information Integration Theory (IIT).ObjectiveBy means of examples, it is shown how IIT can be used to directly compare the algebraic structure of physical laws and the algebraic structure of cognitive representations of these laws.MethodThe review considers about 40 years of research on the application of IIT in the field of intuitive physics. Occasionally, reference is also made to intuitive physics studies outside this theoretical framework.ResultsThe reviewed studies highlight four main factors that affect the degree of consistency between physical laws and cognitive algebraic laws: the participants’ age, their familiarity with the event under study, the type of task, and possible learning processes.ConclusionThe last part of the article discusses the implications of the results of the reviewed studies for the two main current hypotheses on the nature of intuitive physics, namely, that intuitive physics may be based on sub-optimal heuristics or may be based on the internalization of physical laws.     

On the Nature of Cognitive Control and Endogenous Orienting: A Response to Chica and Bartolomeo (2010)

Chica and Bartolemeo (Unconscious strategies? Commentary on Risko and Stolz (2010): The proportion valid effect in covert orienting: Strategic control or implicit learning? Consciousness and Cognition, 19, 443–444.) agree that our results (Risko, E. F., & Stolz, J. A. (2010). The proportion valid effect in covert orienting: Strategic control or implicit learning? Consciousness and Cognition, 19, 432–442.) are consistent with an implicit learning account of the proportion valid effect. Nevertheless, they raise two general issues (1) that an explicit strategy might be operative in other contexts and (2) that orienting in response to implicit knowledge is endogenous. In our response, we address each of these issues and further discuss the concepts of endogenous orienting and cognitive control.     

What might philosophy of science look like if chemists built it?

Had more philosophers of science come from chemistry, their thinking would have been different. I begin by looking at a typical chemical paper, in which making something is the leitmotif, and conjecture/refutation is pretty much irrelevant. What in fact might have been, might be, different? The realism of chemists is reinforced by their remarkable ability to transform matter; they buy into reductionism where it serves them, but make no real use of it. Incommensurability is taken without a blink, and actually serves. The preeminence of synthesis in chemistry could have led philosophers of science to take more seriously questions of aesthetics within science, and to find a place in aesthetics for utility. The necessary motion twixt macroscopic and microscopic views of matter in modern chemistry leads to the coexistence of symbolic and iconic representations. And in another way to the deliberate, creative violation of categories.     

Representing object colour in language comprehension

Embodied theories of cognition hold that mentally representing something red engages the neural subsystems that respond to environmental perception of that colour. This paper examines whether implicit perceptual information on object colour is represented during sentence comprehension even though doing so does not necessarily facilitate task performance. After reading a sentence that implied a particular colour for a given object, participants were presented with a picture of the object that either matched or mismatched the implied colour. When asked if the pictured object was mentioned in the preceding sentence, people's responses were faster when the colours mismatched than when they matched, suggesting that object colour is represented differently to other object properties such as shape and orientation. A distinction between stable and unstable embodied representations is proposed to allow embodied theories to account for these findings.     

The effect of strength of cognitive linkages on attitude change in a communication situation

Implicitly or explicitly, linkage is a basic concept in all theories of cognitive consistency — consistency or inconsistency can exist only with reference to entities which are cognitively linked through association or dissociation. The nature of cognitive linkages has not been systematically studied, but it seems evident that they may vary in many ways. One is the strength or intensity of perceived relationship between cognitive entities. The basic hypothesis in the present two experiments was that the effect of a communication in terms of attitude change would depend on the strength of linkage between concepts mentioned in the message. Results show no such effect when strength was manipulated through combination of linkages, whereas the hypothesis was confirmed when linkage strength was varied semantically. Also, previous studies on direct and mediated generalization of attitude change towards consistency were successfully replicated. Finally, it was found that amount of attitude change towards consistency was significantly higher for linkages involving affect (L-relations) than for linkages simply expressing unit formation (U-relations).     

感知运动信息在概念表征中的作用

研究概念的表征问题对理解概念的本质非常重要,传统认知和具身认知视角下的概念表征理论争议的焦点在于感觉运动信息在表征中的作用。传统认知视角下的离身认知认为感知觉运动信息会转化成抽象的符号,概念表征不包含感知觉运动信息。概念表征的具身观点认为感知觉运动信息是概念表征的基础。对感知运动信息在概念表征中起作用这一命题已经达成共识。未来研究应该关注感知运动信息起作用的机制,以及抽象概念表征等问题,进一步完善发展概念表征理论。     

内隐序列学习意识的具身机制

内隐序列学习意识已有三类理论如全局工作平台理论、神经可塑性理论、新异刺激理论都忽略了身体感受的关键因素, 难以揭示意识产生的根本原因。具身意识理论和研究发现, 运动/情感镜像神经元系统及与自我、认知控制系统的交互, 是初级/高级意识产生的本源, 但未涉及内隐序列学习规则意识这个对人类学习认知至关重要的领域。内隐序列学习研究实质上已接近揭示其学习机制正是感知觉运动具身学习, 其意识机制很可能是感知觉运动/情感具身意识, 并且其意识加工脑区与具身意识脑区有关键重合。未来研究可采用Granger因果大脑网络技术证明内隐序列学习意识的具身本源, 并考察已有三类意识理论的具身基础, 以及探索意识影响因素的具身机制。     

Inductive reasoning about causally transmitted properties

Different intuitive theories constrain and guide inferences in different contexts. Formalizing simple intuitive theories as probabilistic processes operating over structured representations, we present a new computational model of category-based induction about causally transmitted properties. A first experiment demonstrates undergraduates’ context-sensitive use of taxonomic and food web knowledge to guide reasoning about causal transmission and shows good qualitative agreement between model predictions and human inferences. A second experiment demonstrates strong quantitative and qualitative fits to inferences about a more complex artificial food web. A third experiment investigates human reasoning about complex novel food webs where species have known taxonomic relations. Results demonstrate a double-dissociation between the predictions of our causal model and a related taxonomic model [Kemp, C., & Tenenbaum, J. B. (2003). Learning domain structures. In Proceedings of the 25th annual conference of the cognitive science society]: the causal model predicts human inferences about diseases but not genes, while the taxonomic model predicts human inferences about genes but not diseases. We contrast our framework with previous models of category-based induction and previous formal instantiations of intuitive theories, and outline challenges in developing a complete model of context-sensitive reasoning.     

Images of politics: A multidimensional analysis of implicit representations of political parties in a newly emerging democracy

What sorts of features define people's implicit cognitive representations about the political domain in a newly emerging democracy, with no previous experience of multi-party politics? This study used a multidimensional scaling (MDS) approach to investigate the dimensional structure of, and individual differences in, cognitive representations of the party political space before the recent first free elections were held in Hungary. It was found that three cognitive dimensions explained subjects' intuitive view of political parties, evaluation, conservatism, and an urban–rural dimension. Significant individual differences in the use of these dimensions linked to gender, education, and city versus country background were also found. The relationship between implicit cognitive representations about parties and political attitudes and behaviour are discussed, and the implications of the findings for our understanding recent political developments in Eastern Europe are considered.     

The effect of semantic ambiguity on reading aloud: A twist in the tale

Despite numerous studies investigating whether semantic representations are involved in the process of reading aloud, the issue remains controversial. While some studies report significant effects of semantic variables on this task (e.g., Fera, Joordens, Balota, Ferraro, & Besner, 1992; Strain, Patterson, & Seidenberg, 1995), other studies have highlighted possible problems with these studies (e.g., Borowsky & Masson, 1996; Monaghan & Ellis, 2002). The experiments reported here use semantic ambiguity as a marker for semantic involvement and confirm that semantic representations can indeed affect reading aloud, but that the size of semantic effects is influenced by the consistency of the words and the speed with which participants respond.     

Characterizing the intuitive representation in problem solving: Evidence from evaluating mathematical strategies

Two experiments were conducted to investigate the nature of the intuitive problem representation used in evaluating mathematical strategies. The first experiment tested between two representations: a representation composed of principles and an integrated representation. Subjects judged the correctness of unseen math strategies based only on the answers they produced for a set of temperature mixture problems. The distance of the given answers from the correct answers and whether the answers violated one of the principles of temperature mixture were manipulated. The results supported the principle representation hypothesis. In the second experiment we manipulated subjects’ understanding of an acid mixture task with a brief paragraph of instruction on one of the principles. Subjects then completed an estimation task intended to measure their understanding of the problem domain. The evaluation task from the first experiment was then presented, but with acid mixture instead of temperature mixture. The results showed that intuitive understanding of the domain mediates the effect of instruction on evaluating problems. Additionally, the results supported the hypothesis that subjects perform a mapping process between their intuitive understanding and math strategies.     

How much can you bend before you break: An experience of using constructionist consulting as a tool for organizational learning in the corporate world

This article reflects upon the experience the authors had in the process of designing and facilitating a year-long leadership development class within a division of a high-tech manufacturing corporation in the USA. The design reflected narrative (Simons, 1997; Epston & White, 1990), feminist (Ferguson, 1984; Ramsey & Calvert, 1994), and constructionist principles, and was implemented as a “learning-in-organizing process” (Abma, this issue). We have structured the article to capture the dynamic nature of this process. This includes a discussion of how we as “outsider” class instructors and “insider” participants negotiated and renegotiated the design of the class as well as the effects of these “relational negotiations” on our collective learning. We end with a consideration of the implications of our “learning-in-organizing” for other constructionist consultants (Campbell, Caldicott, & Kinsella, 1994) who are translating organizational learning theories into practice.     

Representing task context: proposals based on a connectionist model of action

Representations of task context play a crucial role in shaping human behavior. While the nature of these representations remains poorly understood, existing theories share a number of basic assumptions. One of these is that task representations are discrete, independent, and non-overlapping. We present here an alternative view, according to which task representations are instead viewed as graded, distributed patterns occupying a shared, continuous representational space. In recent work, we have implemented this view in a computational model of routine sequential action. In the present article, we focus specifically on this model's implications for understanding task representation, considering the implications of the account for two influential concepts: (1) cognitive underspecification, the idea that task representations may be imprecise or vague, especially in contexts where errors occur, and (2) information-sharing, the idea that closely related operations rely on common sets of internal representations.     

The embodied self: Making a fist enhances men’s power-related self-conceptions

In line with recent theories of embodied cognition, the authors propose that the self-concept may be embodied in sensory-motor representations. To test this notion, two studies investigated the effects of bodily feedback from a gesture associated with power (making a fist) on the self-concept. As expected, making a fist led male participants to perceive themselves as more assertive and esteemed (Study 1) and to display stronger associations between the self-concept and power (Study 2), while these effects were absent among female participants. The gender difference may reflect that men are more prone to use physical force to gain social influence. The results indicate that people’s conceptions of themselves are partly grounded in bodily experiences.