Pre-schoolers’ Reasoning in a False-Belief Test Involving Negative Desires

<p>How can people balance competing demands for efficiency and cognitive flexibility in understanding others’ beliefs and desires? The idea that humans have two systems for mindreading, a flexible but cognitively demanding system and a minimal, efficient system which operates quickly but possesses signature blindspots was tested. Spontaneous anticipatory looking (AL) and direct verbal predictions of 3- and 4- year-olds were assessed. Children’s AL responses displayed a signature blindspot to an agent’s desire to avoid an object in an unexpected-transfer false belief task. A dissociation between 4-year-olds’ spontaneous AL responses and direct verbal predictions in an avoidance task further supports a 2-mindreading-systems account. The quick efficient mindreading system tracks an agent’s desire to approach but not to avoid an object.</p>

Pre-schoolers’ Reasoning in a False-Belief Test Involving Negative Desires

<p>How can people balance competing demands for efficiency and cognitive flexibility in understanding others’ beliefs and desires? The idea that humans have two systems for mindreading, a flexible but cognitively demanding system and a minimal, efficient system which operates quickly but possesses signature blindspots was tested. Spontaneous anticipatory looking (AL) and direct verbal predictions of 3- and 4- year-olds were assessed. Children’s AL responses displayed a signature blindspot to an agent’s desire to avoid an object in an unexpected-transfer false belief task. A dissociation between 4-year-olds’ spontaneous AL responses and direct verbal predictions in an avoidance task further supports a 2-mindreading-systems account. The quick efficient mindreading system tracks an agent’s desire to approach but not to avoid an object.</p>

Online Testing Yields the Same Results as Lab Testing: A Validation Study With the False Belief Task

Recently, online testing has become an increasingly important instrument in developmental research, in particular since the COVID-19 pandemic made in-lab testing impossible. However, online testing comes with two substantial challenges. First, it is unclear how valid results of online studies really are. Second, implementing online studies can be costly and/or require profound coding skills. This article addresses the validity of an online testing approach that is low-cost and easy to implement: The experimenter shares test materials such as videos or presentations via video chat and interactively moderates the test session. To validate this approach, we compared children’s performance on a well-established task, the change-of-location false belief task, in an in-lab and online test setting. In two studies, 3- and 4-year-old received online implementations of the false belief version (Study 1) and the false and true belief version of the task (Study 2). Children’s performance in these online studies was compared to data of matching tasks collected in the context of in-lab studies. Results revealed that the typical developmental pattern of performance in these tasks found in in-lab studies could be replicated with the novel online test procedure. These results suggest that the proposed method, which is both low-cost and easy to implement, provides a valid alternative to classical in-person test settings.

The Developmental Differences of Implicit Theory of Mind in Infants Using Anticipatory Looking Paradigm

Objectives: This study examined the developmental differences of implicit theory of mind in infants aged 12 to 24 months according to two types of tasks within the anticipatory looking paradigm, as well as the interaction between age group and type of task.Methods: In all, 69 infants participated in this study aged 12, 18, and 24 months. Two types of implicit false-belief tasks using an anticipatory looking paradigm were administered to all the infants for about 4 minutes 20 seconds. While all of the infants watched two types of computerized video clips (FB1, FB2) through the computer screen, an eye-tracker (TobiiX120) recorded the traces of anticipatory looking of infants. The anticipatory looking of infants in test trials was then analyzed.Results: Results showed that the differences between the 12-month-olds and the other age groups (18-month-olds, 24-month-olds) were significant, but even some of the 12-month-olds showed evidence of an implicit theory of mind. The level of implicit theory of mind of 18-month infants did not significantly differ from that of 24-month infants. In addition, a difference by type of implicit false-belief task was significant. Infants showed a higher level of implicit theory of mind in Task1 (FB1) than in Task2 (FB2). However, the interaction effect between age and type of task was not significant.Conclusion: The findings of this study hold implications for the development of implicit theory of mind early in life, and indicate the validity of the anticipatory looking paradigm with two types of tasks. Several limitations and suggestions for future study are also presented.

Language Can Obscure as Well as Facilitate Apparent-Theory of Mind Performance: Part 2—The Case of Dyslexia in Adulthood

Many studies imply causal links between linguistic competencies and Theory of Mind (ToM). But despite Dyslexia being a prime example of linguistic deficits, studies on whether it is related to ToM have been relatively unforthcoming. In the first of 2 studies (N = 89), independently-diagnosed dyslexic adults and non-dyslexic adults were presented with false-belief vignettes via computer, answering 4 types of question (Factual, Inference, 1st-order ToM &amp; 2nd-order ToM). Dyslexia related to lower false-belief scores. Study 2 (N = 93) replicated this result with a non-computer-based variant on the false-belief task. We considered the possibility that the apparent-issue with ToM is caused by processing demands more associated to domains of cognition such as language, than to ToM itself. Addressing this possibility, study 2 additionally utilised the ToM30Q questionnaire, designed largely to circumvent issues related to language and memory. Principal-Components analysis extracted 4 factors, 2 capturing perceptual/representational ToM, and the other 2 capturing affective components related to ToM. The ToM30Q was validated via its associations to a published measure of empathy, replication of the female gender advantage over males, and for one factor from the ToM30Q there was a correlation with an existing published index of ToM. However, when we considered the performance of dyslexic and non-dyslexic participants using the ToM30Q, we found absolutely no difference between them. The contrasting findings from our 2 studies here, arguably offer the first experimental evidence with adults, that there is in fact no ToM deficit in dyslexia. Additionally, this finding raises the possibility that some other groups considered in some sense atypical, failed ToM tasks, not because they actually have a ToM deficit at all, but rather because they are asked to reveal their ToM competence through cognitive domains, such as language and memory.

Interpretational Complexities in Developmental Research and a Piagetian Reading of the False-Belief Task

Theorizing about children’s early development is beset with interpretational complexities. I argue that there is a general tendency to over-interpret the experimental findings, and that one of the main causes of this is the difficulty of disengaging from our adult frame of reference when theorizing about the young child’s mind. One domain where this holds is children’s ability to differentiate themselves from others. In relation to this I first critically analyze some cases of interpretational complexities, and then apply my methodological and conceptual concerns to children’s perspective-taking abilities. This has a specific bearing on the classical false-belief task, which is a perspective-taking task. Part II proposes a new, what I call, a ‘Piagetian reading’ of the false-belief test. My new interpretation of the test suggests two different ways of perspective-taking of which one is egocentric in Piaget’s sense. Concluding Part III elaborates on some implications of the proposed reading of the test for a number of findings in the Theory-of-Mind field.