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Novelty and impact are key characteristics of the scientific enterprise. Classic theories of scientific change distinguish among different types of novelty and emphasize how a new idea interacts with previous work and influences future flows of knowledge. However, even recently developed measures of novelty remain unidimensional, and continued reliance on citation counts captures only the amount, but not the nature, of scientific impact. To better align theoretical and empirical work, we attend to different types of novelty (new results, new theories, and new methods) and whether a scientific offering has a consolidating form of influence (bringing renewed attention to foundational ideas) or a disruptive one (prompting subsequent scholars to overlook them). By integrating data from the Web of Science (to measure the nature of influence) with essays written by authors of Citation Classics (to measure novelty type), and by joining computational text analysis with statistical analyses, we demonstrate clear and robust patterns between type of novelty and the nature of scientific influence. As expected, new methods tend to be more disruptive, whereas new theories tend to be less disruptive. Surprisingly, new results do not have a robust effect on the nature of scientific influence.

Adaptive behavior requires learning about the structure of one’s environment to derive optimal action policies, and previous studies have documented transfer of such structural knowledge to bias choices in new environments. Here, we asked whether people could also acquire and transfer more abstract knowledge across different task environments, specifically expectations about cognitive control demands. Over three experiments, participants performed a probabilistic card-sorting task in environments of either a low or high volatility of task rule changes (requiring low or high cognitive flexibility respectively) before transitioning to a medium-volatility environment. Using reinforcement learning modeling, we consistently found that previous exposure to high task rule volatilities led to faster adaptation to rule changes in the subsequent transfer phase. These transfers of expectations about cognitive flexibility demands were both task- (Experiment 2) and stimulus- (Experiment 3) independent, thus demonstrating the formation and generalization of environmental structure knowledge to guide cognitive control.Statement of RelevanceWe investigated whether structural knowledge of one task environment can be transferred to guide cognitive control strategies in new environments. Past research has found that while learning generally improves subsequent performance, it does so only for the learned task (“near transfer”) and has little or no generalizability to novel task rules and stimuli (“far transfer”). However, recent studies suggest that learning more abstract, structural task features (e.g., cognitive maps) allows for that knowledge to be applied to new environments. Here, we took a critical additional step and showed that people can acquire and transfer expectations about cognitive control demands (specifically cognitive flexibility) across different task environments. To our knowledge, this is the first demonstration of people’s ability to extract and re-use cognitive control learning parameters that transcend specific stimuli and tasks. This transfer of learned cognitive flexibility is particularly noteworthy because such flexibility is impaired in several common psychiatric conditions.

Prior work suggests those who lie prolifically tend to be younger and self-identify as male compared to those who engage in everyday lying, but little research has developed an understanding of prolific lying beyond demographics. Study 1 ( N = 775) replicated the prior demographic effects and assessed prolific lying through situation-level (e.g., opportunistic cheating) and individual-level characteristics (e.g., dispositional traits, general communication patterns) for white and big lies. For these two lie types, prolific lying associated with more opportunistic cheating, the use of fewer adjectives, and being high on psychopathy compared to everyday lying. Study 2 ( N = 1,022) replicated these results and observed a deception consensus effect reported in other studies: the more that people deceived, the more they believed that others deceived as well. This piece develops a deeper theoretical understanding of prolific lying for white and big lies, combining evidence of situational, dispositional, and communication characteristics.

Negative affect is a fundamental dimension of human emotion. When extreme, it contributes to a variety of adverse outcomes—from physical and mental illness to divorce and premature death. Mechanistic work in animals and neuroimaging research in humans and monkeys has begun to reveal the broad contours of the neural circuits governing negative affect, but the relevance of these discoveries to everyday distress remains incompletely understood. Here we used a combination of approaches— including neuroimaging assays of threat anticipation and emotional face perception and >10,000 momentary assessments of emotional experience—to demonstrate that individuals showing greater activation in a cingulo-opercular circuit during an anxiety-eliciting laboratory paradigm experience lower levels of stressor-dependent distress in their daily lives (n=202-208). Extended amygdala activation was not significantly related to momentary negative affect. These observations provide a framework for understanding the neurobiology of negative affect in the laboratory and in the real world.STATEMENT OF RELEVANCEAnxiety, sadness, and other negative emotions are hallmarks of the human condition. When extreme, they contribute to a variety of adverse outcomes—from physical and mental illness to divorce and premature death—pointing to the need to develop a better understanding of the underlying brain circuitry. Recent work has begun to reveal the neural systems governing negative affect, but the relevance of these tantalizing laboratory discoveries to the real world has remained unclear. Here we used a combination of brain imaging and smartphone-based survey techniques to show that individuals marked by greater activation in a cingulo-opercular circuit during an anxiety-promoting laboratory paradigm tend to experience diminished distress in response to everyday stressors. These observations provide new insights into the brain systems most relevant to moment-by-moment fluctuations in negative mood, underscoring the importance of more recently evolved cortical association areas.

Verbal protocol methodology is used to examine how fourth-grade students construct meaning as they read and respond to two informational social studies texts. Results indicate most students are active readers, often engaging in higher-level comprehension strategies and critical thinking as they read independently. However, critical thinking and comprehension processes are not often captured in their responses to end-of-reading questions (ERQ), which as a result have limited scope and utility for guiding social studies instruction. Results also indicate that when students change their patterns of strategy use for reading and responding to text in response to a change in text, they are more successful on the ERQ than when their strategy use remains stagnant.

Sensory feedback plays an important role in speech motor control. One of the main sources of evidence for this is studies in which online auditory feedback is perturbed during ongoing speech. In motor control, it is therefore crucial to distinguish between sensory feedback and externally generated sensory events. This is called source monitoring. Previous altered feedback studies have taken non-conscious source monitoring for granted, as automatic responses to altered sensory feedback imply that the feedback changes are processed as self-caused. However, the role of conscious source monitoring is unclear. The current study investigated whether conscious source monitoring modulates responses to unexpected pitch changes in auditory feedback. During the first block, some participants spontaneously attributed the pitch shifts to themselves (self-blamers) while others attributed them to an external source (other-blamers). Before Block 2, all participants were informed that the pitch shifts were experimentally induced. The self-blamers then showed a reduction in response magnitude in Block 2 compared with Block 1, while the other-blamers did not. This suggests that conscious source monitoring modulates responses to altered auditory feedback, such that consciously ascribing feedback to oneself leads to larger compensation responses. These results can be accounted for within the dominant comparator framework, where conscious source monitoring could modulate the gain on sensory feedback. Alternatively, the results can be naturally explained from an inferential framework, where conscious knowledge may bias the priors in a Bayesian process to determine the most likely source of a sensory event.

Attentional resources are limited, and resistance to interference plays a critical role during cognitive tasks and learning. Previous studies have shown that participants find it difficult to avoid being distracted by global visual information when processing local details. In this study, we investigated an innovative approach for enhancing the processing of local visual details by middle-school adolescents. Two groups completed a classic global/local visual search task in which a predefined target could appear at the global or local level, either with or without a frame. The results from the no-frame display group provided a direct replication in adolescents of previous findings in adults, with increasing number of interferent stimuli presented in the display adversely affecting detection of local targets. In addition, by varying the numbers of distractors inside and outside the frame, we showed that distractors only interfered with the processing of local information inside the frame, while the deleterious impact of increases in distracting information was prevented when the distractors were outside the frame. These findings suggest that when a frame delimits an attentional area, the influence of an increasing number of distractors present outside the frame is eliminated. We assume that application of a frame allows for efficient delimitation of attention deployment to a restricted topographical visual area in adolescents. These results evidence that processing of local details can be improved without modifying the structure of the stimuli, and provide promising clues for optimising attentional resources during time-absorbing visual searches. Applicable implications in the educational field are discussed.

Delay discounting (DD) refers to the phenomenon in which the subjective value of future rewards is reduced over time. There are individual differences in the DD rate, and increased discounting has been observed in those with various psychiatric disorders. Episodic future thinking (EFT) is the act of vividly imagining events that may happen in the future. Studies have shown that EFT could reduce DD, although inconsistent results have been reported. The aim of this meta-analysis was to clarify the efficacy with which EFT reduces DD and to identify potential moderators. Forty-seven studies (including 63 contrasts) were included in the final analysis. EFT was found to significantly reduce DD (Hedges’ g = 0.52). Moderator analysis showed that positive EFT ( g = 0.64) was more effective in reducing DD than EFT with the valence not specifically mentioned ( g = 0.28) and EFT with neutral or negative valence ( g = –0.03). In addition, several factors related to the control task and DD task were related to the efficacy of EFT to reduce DD. These findings have implications for using EFT to reduce DD in the future.

International audience; The inattentional blindness phenomenon refers to situations where a visible but unexpected stimulus remains consciously unnoticed by observers. This phenomenon is classically explained as the consequence of insufficient attention, because attentional resources are already engaged elsewhere or vary between individuals. However, this attentional-resources view is broad and often imprecise regarding the variety of attentional models, the different pools of resources that can be involved in attentional tasks and the heterogeneity of the experimental paradigms. Our aim was to investigate whether a classic theoretical model of attention, namely the Load Theory, could account for a large range of empirical findings in this field by distinguishing the role of perceptual and cognitive resources in attentional selection and attentional capture by irrelevant stimuli. Since this model has been mostly built on implicit measures of distractor interference, it is unclear whether its predictions also hold when explicit and subjective awareness of an unexpected stimulus is concerned. Therefore, we conducted a systematic review and meta-analyses of inattentional blindness studies investigating the role of perceptual and/or cognitive resources. The results reveal that, in line with the perceptual account of the Load Theory, inattentional blindness significantly increases with the perceptual load of the task. However, the cognitive account of this theory is not clearly supported by the empirical findings analyzed here. Furthermore, the interaction between perceptual and cognitive load on inattentional blindness remains understudied. Theoretical implications for the Load Theory are discussed, notably regarding the difference between attentional capture and subjective awareness paradigms, and further research directions are provided.

It is widely believed that predicted action outcomes are perceptually attenuated. Such mechanisms would prioritise processing of unexpected events, enabling us to perform corrective actions and update models of the world. However, evidence that action predictions attenuate perception is sparse. The present experiments determined whether predictive mechanisms in fact generate attenuation, or instead enhance perception – as assumed in sensory cognition domains outside of action. Under these accounts, it is thought that we combine prior expectations and sensory input to generate percepts, resulting in upweighted perception of the expected. Such mechanisms would enable rapid generation of veridical percepts in the face of sensory noise. We therefore manipulated probabilistic expectations in a paradigm typically used to demonstrate sensory attenuation during action. Participants produced actions and rated the intensity of concurrent passive tactile forces. Experiment 1 first confirmed previous findings that action outcomes are perceived less intensely than similar passive stimulation, but demonstrated more intense perception when reducing the contribution of non-predictive gating processes. Experiments 2 and 3 manipulated prediction explicitly and found that expected outcomes are perceived more, not less, intensely than unexpected outcomes. Computational modelling suggested that expectations alter the way sensory evidence is integrated – increasing the gain afforded to expected tactile signals. These findings challenge a central tenet of prominent motor control theories and demonstrate that sensorimotor predictions do not exhibit a qualitatively distinct influence on perception. Significance Statement Perception of expected action outcomes is thought to be attenuated. Such a mechanism is reasoned to be adaptive because surprising inputs are more useful, e.g., signalling the need to take new courses of action. This mechanism is thought to explain why we cannot tickle ourselves and explain unusual aspects of action and awareness in clinical populations. However, we do not know whether action predictions really attenuate perception. We demonstrate here that in fact action predictions enhance, rather than attenuate, touch. These findings are consistent with prediction theories outside of action, thought to explain how we generate accurate representations of our noisy sensory world. Our data importantly thereby demonstrate that action predictions do not have a qualitatively distinct influence on perception.

When searching for a target object (e.g., a friend at a party), we engage in a continuous “look- identify” cycle in which we use known features (e.g., hair color) to guide attention and eye gaze towards potential targets and then to decide if it is indeed the target. Theories of attention refer to the information about the target in memory as the “target” or “attentional” template and typically characterize it as a single, fixed, source of information. However, this notion is challenged by a recent debate over how the target template is adjusted in response to linearly separable distractors (e.g., all distractors are “yellower” than an orange target). While there is agreement that the target representation is shifted away from distractors, some have argued that the shift is “relational” (Becker, 2010) while others have argued it is “optimal” (Navalpakkam & Itti, 2007; Yu & Geng, 2019). Here, we propose a novel resolution to this debate based on evidence that the initial guidance of attention uses a coarse code based on “relational” information, but subsequent decisions use an “optimal” representation that maximizes target-to-distractor distinctiveness. We suggest that template information differs in precision when guiding sensory selection and when making identity decisions during visual search (Wolfe, 2020a, 2020b).

Symmetrical bifactor models are frequently applied to diverse symptoms of psychopathology to identify a general P factor. This factor is assumed to mark shared liability across all psychopathology dimensions and mental disorders. Despite their popularity, however, symmetrical bifactor models of P often yield anomalous results, including but not limited to nonsignificant or negative specific factor variances and nonsignificant or negative factor loadings. To date, these anomalies have often been treated as nuisances to be explained away. In this article, we demonstrate why these anomalies alter the substantive meaning of P such that it (a) does not reflect general liability to psychopathology and (b) differs in meaning across studies. We then describe an alternative modeling framework, the bifactor-( S−1) approach. This method avoids anomalous results, provides a framework for explaining unexpected findings in published symmetrical bifactor studies, and yields a well-defined general factor that can be compared across studies when researchers hypothesize what construct they consider “transdiagnostically meaningful” and measure it directly. We present an empirical example to illustrate these points and provide concrete recommendations to help researchers decide for or against specific variants of bifactor structure.

Previous evidence shows that words with implicit spatial meaning or metaphorical spatial associations are perceptually simulated and can guide attention to associated locations (e.g., bird—upward location). In turn, simulated representations interfere with visual perception at an associated location. The present study investigates the effect of spatial associations on short-term verbal recognition memory to disambiguate between modal and amodal accounts of spatial interference effects across two experiments. Participants in both experiments encoded words presented in congruent and incongruent locations. Congruent and incongruent locations were based on an independent norming task. In Experiment 1, an auditorily presented word probed participants’ memory as they were visually cued to either the original location of the probe word or a diagonal location at retrieval. In Experiment 2, there was no cue at retrieval but a neutral encoding condition in which words normed to central locations were shown. Results show that spatial associations affected memory performance although spatial information was neither relevant nor necessary for successful retrieval: Words in Experiment 1 were retrieved more accurately when there was a visual cue in the congruent location at retrieval but only if they were encoded in a non-canonical position. A visual cue in the congruent location slowed down memory performance when retrieving highly imageable words. With no cue at retrieval (Experiment 2), participants were better at remembering spatially congruent words as opposed to neutral words. Results provide evidence in support of sensorimotor simulation in verbal memory and a perceptual competition account of spatial interference effect.

Online behavioral data, such as digital traces from social media, have the potential to allow researchers an unprecedented new window into human behavior in ecologically valid everyday contexts. However, research using such data is often purely observational, which limits its usefulness for identifying causal relationships. Here we review recent innovations in experimental approaches to studying online behavior, with a particular focus on research related to misinformation and political psychology. In hybrid lab-field studies, exposure to social-media content can be randomized, and the impact on attitudes and beliefs can be measured using surveys, or exposure to treatments can be randomized within survey experiments, and their impact on subsequent online behavior can be observed. In field experiments conducted on social media, randomized treatments can be administered directly to users in the online environment (e.g., via social-tie invitations, private messages, or public posts) without revealing that they are part of an experiment, and the effects on subsequent online behavior can then be observed. The strengths and weaknesses of each approach are discussed, along with practical advice and central ethical constraints on such studies.

Age-related decline in theory of mind (ToM) may be due to waning executive control, which is necessary for resolving conflict when reasoning about other individuals’ mental states. We assessed how older ( n = 50) and younger ( n = 50) adults were affected by three theoretically relevant sources of conflict within ToM: competing self-other perspectives, competing cued locations, and outcome knowledge. We examined which best accounted for age-related difficulty with ToM. Our data show unexpected similarity between age groups when people are representing a belief incongruent with their own. Individual differences in attention and response speed best explained the degree of conflict experienced through incompatible self-other perspectives. However, older adults were disproportionately affected by managing conflict between cued locations. Age and spatial working memory were most relevant for predicting the magnitude of conflict elicited by conflicting cued locations. We suggest that previous studies may have underestimated older adults’ ToM proficiency by including unnecessary conflict in ToM tasks.

The theory of universal emotions suggests that certain emotions such as fear, anger, disgust, sadness, surprise and happiness can be encountered cross-culturally. These emotions are expressed using specific facial movements that enable human communication. More recently, theoretical and empirical models have been used to propose that universal emotions could be expressed via discretely different facial movements in different cultures due to the non-convergent social evolution that takes place in different geographical areas. This has prompted the consideration that own-culture emotional faces have distinct evolutionary important sociobiological value and can be processed automatically, and without conscious awareness. In this paper, we tested this hypothesis using backward masking. We showed, in two different experiments per country of origin, to participants in Britain, Chile, New Zealand and Singapore, backward masked own and other-culture emotional faces. We assessed detection and recognition performance, and self-reports for emotionality and familiarity. We presented thorough cross-cultural experimental evidence that when using Bayesian assessment of non-parametric receiver operating characteristics and hit-versus-miss detection and recognition response analyses, masked faces showing own cultural dialects of emotion were rated higher for emotionality and familiarity compared to other-culture emotional faces and that this effect involved conscious awareness.

Background Against the backdrop of the cognitive-motivational process model proposed by Vollmeyer and Rheinberg (1998) , this study investigates how the personality trait need for cognition in combination with a specific situation (short and long version of a live-action simulation game), current motivation, and immersion and flow (mediators) predict the learning outcome in the simulation game EVERYDAY LIFE IN THE CLASSROOM ( Starker & Imhof, 2014 ). Methods N = 138 teacher students played the short 2-hour version of the simulation game, and N = 77 played the long 2-day version. Need for cognition, current motivation, immersion, flow, and learning outcome were measured by self-report questionnaires. Results A hierarchical regression analysis was used to determine the impact of the predictor variables (need for cognition, current motivation, immersion, and flow) on the self-evaluated learning outcome. For the 2-hour group, the predictor variables interest, challenge, and immersion (subscale: engagement) impacted self-reported learning outcome significantly positive. For the 2-day group, significant predictors were need for cognition, interest, and immersion (subscale: engrossment). In comparison of the two game versions, students playing the 2-day version reported significantly higher levels of engagement, engrossment, and learning outcome. Conclusion The cognitive-motivational process model of learning was partly supported: interest and immersion predict learning outcome in the live-action simulation game. The extended 2-day version of the game leads to higher levels of immersion and higher learning outcome, indicating that a longer timeframe secures the desired effects on learning outcome from simulation games. Further research needs to shed light on the interaction of personality traits and immersion.

While emotion researchers with an evolutionary and biological orientation increasingly agree that small sets of discrete emotions are basic or primary, other researchers – particularly social constructionists – instead argue that all emotions are expressions of language and culture largely unconstrained by biology. Emotions are indeed socially and psychologically constructed, but not from scratch, for the basic emotions have evolved as biologically-structured adaptive reactions to the most fundamental problems of life, and have a deep evolutionary history. These life-problems were first identified in herpetology, and elaborated in Plutchik’s universal ethogram, a behavioral profile of four problems of life – identity, temporality, hierarchy, and territoriality – shared by a wide range of animal species. Plutchik proposed that the opposite poles of each of these dimensions can represent prototypical life-situations requiring rapid adaptive reactions; these reactions comprise the eight primary emotions. By hypothesizing that these dimensions have evolved into elementary social-relations models, we establish a continuity between the sociorelational and biological levels of emotional experience. Identification of eight basic emotions enables a classification of 24 secondary and 56 tertiary level emotions.

In this study, we integrate follower categorization theory with affective events theory (AET) to investigate the extent to which within-person patterns of implicit followership theories (IFTs) and work-related affect predict job satisfaction for leaders versus followers. Latent profile analysis (LPA) was used to identify and to describe distinct profiles of IFTs and work-related affect for leaders versus followers. For the sample of 242 leaders, two profiles with distinct patterns of IFTs and work-related affect ( Proactive and Alienated) were found. Leaders with Proactive views of followers showed above-average ratings of work-related affect, while leaders with Alienated views of followers showed lower ratings of work-related affect. In the sample of 240 followers, there were four profiles of followers with distinct patterns of IFTs and work-related affect ( Conforming, Alienated, Proactive, and Negative). Despite showing a similar pattern of IFTs, followers with Alienated views of their own role showed below-average ratings of work-related affect, while followers with Negative views of their own role showed the highest ratings of work-related affect. These findings suggest that IFTs and work-related affect show unique within-person interaction for followers. Furthermore, for followers, profile membership of IFTs and work-related affect significantly predicted mean levels of job satisfaction. Implications are discussed.

We asked school- and college-aged instrumentalists ( N = 32) to imagine an ideal performance of a brief passage of music, record a performance of the passage, and describe discrepancies they noticed between their imagined and actual performances. The more experienced participants took at least as much time to imagine their idealized performances as it took to perform them; less experienced participants took less time to imagine what they were about to play. There were no differences among experience levels in the numbers or types of discrepancies identified. The differences between more and less experienced participants were also evident in a subsequent practice period. More experienced musicians’ practice included more frequent moments of pause, whereas school-aged participants seldom paused and tended to address performance issues other than those identified in their commentaries.

Over the past decades, researchers in racquet sports have been testing the role of visual anticipation and expert attunement to essential kinematic information for responding to ‘in game’ strokes as well as serves. However, anticipatory behaviour to both strokes has not been compared directly, in spite of the different characteristics of these strokes in the context of badminton. Therefore, this study explored the differences in anticipatory behaviour among elite ( n = 26), competitive ( n = 15) and novices ( n = 17) between in game strokes and serves in badminton by use of lab based video temporal occlusion tests. In two separate blocks, last strokes (LS) and serves (S) were presented with different occlusion points (− 200 and − 100 ms before shuttle–racquet contact, at shuttle–racquet contact, and + 100 after shuttle–racquet contact) in a randomised order. The main results from the analysis of variance were that (a) elites generally showed faster and more accurate responses, and (b) responses were generally faster in LS conditions than in serves. These results add to the current body of knowledge on anticipatory behaviour in racquet sports, and the practical implications for coaching and training are discussed.

The Implicit Association Test (IAT) has been widely discussed as a potential measure of “implicit bias.” Yet the IAT is controversial; research suggests that it is far from clear precisely what the instrument measures, and it does not appear to be a strong predictor of behavior. The presentation of this topic in Introductory Psychology texts is important as, for many students, it is their first introduction to scientific treatment of such issues. In the present study, we examined twenty current Introductory Psychology texts in terms of their coverage of the controversy and presentation of the strengths and weaknesses of the measure. Of the 17 texts that discussed the IAT, a minority presented any of the concerns including the lack of measurement clarity (29%), an automatic preference for White people among African Americans (12%), lack of predictive validity (12%), and lack of caution about the meaning of a score (0%); most provided students with a link to the Project Implicit website (65%). Overall, 82% of the texts were rated as biased or partially biased on their coverage of the IAT. The implications for the perceptions and self-perceptions of students, particularly when a link to Project Implicit is included, are discussed.

The aim of this study was to assess whether the degree of learning influences the observation of memory retention and forgetting that follows a linear pattern. According to our retention accuracy from fragmented traces (RAFT) model, one factor that should increase the likelihood of this is when there is greater learning of the material. Higher levels of learning can increase the number of trace components, making it more likely that reconstruction or partial retrieval can lead to an accurate response on a memory test. Here, we report three new experiments, as well as re-analyses of existing data from the literature, to show that increasing the level of learning in some ways can lead to increases in the likelihood of observing linear forgetting. For Experiment 1, people learned materials to different levels. This learning involved cued recall testing during memorisation. Linear forgetting was observed with increased learning. For Experiment 2, learning did not involve cued recall testing. Linear forgetting was not observed. Although our aim was not to test theories of retrieval practice, for Experiment 3, we showed that when people engage in this process, the pattern of retention and forgetting becomes more linear. Overall, these data are consistent with the RAFT theory and support mechanisms that it suggests can lead to the observation of linear forgetting.

Chinese character recognition is based on a limited set of recurrent stroke patterns (Chen et al., 1996). Most Chinese characters are a combination of two or more of these components. To test whether readers are sensitive to combinations of components (or multi-component units) within a character, we conducted two probe detection tasks where participants had to detect the presence of a component in a target character. Critically, some targets contained a multi-component unit (MCU) that can stand as a character on its own, with its own meaning and sound, while other targets contained an MCU that only exists embedded within other characters (no associated meaning and sound). Participants had more difficulty detecting component probes that were a part of an existing MCU, compared to component probes that belonged to a non-existing MCU. These findings suggest that existing MCUs are a perceptual unit in Chinese character recognition.

When encountering social scenes, there appears to be rapid and automatic detection of social interactions. Representations of interacting people appear to be bound together via a mechanism of joint attention, which results in enhanced memory, even when participants are unaware that memory is required. However, even though access is facilitated for socially bound representations, we predicted that the individual features of these representations are less efficiently encoded, and features can therefore migrate between the constituent interacting individuals. This was confirmed in Experiment 1, where overall memory for interacting compared with non-interacting dyads was facilitated but binding of features within an individual was weak, resulting in feature migration errors. Experiment 2 demonstrated the role of conscious strategic processing, where participants were aware that memory would be tested. With such awareness, attention can be focused on individual objects allowing the binding of features. The results support an account of two forms of processing: an initial automatic social binding process where interacting individuals are represented as one episode in memory facilitating access and a further stage where attention can be focused on each individual enabling the binding of features within individual objects.

Listening-related fatigue is a potentially serious negative consequence of an aging auditory and cognitive system. However, the impact of age on listening-related fatigue and the factors underpinning any such effect remain unexplored. Using data from a large sample of adults ( N = 281), we conducted a conditional process analysis to examine potential mediators and moderators of age-related changes in listening-related fatigue. Mediation analyses revealed opposing effects of age on listening-related fatigue: Older adults with greater perceived hearing impairment tended to report increased listening-related fatigue. However, aging was otherwise associated with decreased listening-related fatigue via reductions in both mood disturbance and sensory-processing sensitivity. Results suggested that the effect of auditory attention ability on listening-related fatigue was moderated by sensory-processing sensitivity; for individuals with high sensory-processing sensitivity, better auditory attention ability was associated with increased fatigue. These findings shed light on the perceptual, cognitive, and psychological factors underlying age-related changes in listening-related fatigue.

Individuals high in tolerance of ambiguity (TOA) are comfortable with, desire, and strive to manage ambiguous situations. We predicted leader TOA would be associated with better follower performance outcomes, depending on the level (Study 1) and nature (Study 2) of follower role ambiguity. Data were collected from employees (Study 1, n = 423) and managerial employees (Study 2, n = 326) who rated their leader on three facets of TOA and provided self-reports of their own performance outcomes. Positive implications of leader TOA for follower learning goal orientation and job performance (Study 1) were most pronounced when followers perceived low role ambiguity and, in the prediction of situational coping (Study 2), when ambiguous work situations were categorized as challenges (unexpected events requiring problem-solving) compared to hindrances. Findings have theoretical implications for understanding when TOA in leaders is optimal and have practical relevance for leaders seeking to adapt to the situational needs of their followers.

Prior research has shown that various cues are exploited to reactively adjust attention, and such adjustments depend on learning associations between cues and proportion congruence. This raises the intriguing question of what will be learned when more than one cue is available, a question that has implications for understanding which cue(s) will dominate in guiding reactive adjustments. Evidence from a picture-word Stroop task demonstrated that item learning dominated over location learning in a location-specific proportion congruence (LSPC) paradigm, a pattern that may explain the difficulty researchers have faced in replicating and reproducing the LSPC effect. One goal was to reproduce this pattern using a non-overlapping two-item set design that more closely matched prior studies, and another goal was to examine generalisability of the pattern to two other tasks. Using a prime-probe, colour–word Stroop task (Experiment 1), and a flanker task (Experiment 2), we again found clear dominance of item learning. In Experiment 3, we attempted to disrupt item learning and promote location learning by using a counting procedure that directed participants’ attention to location. Once again, we found the same pattern of item dominance. In addition, in none of the experiments did we find evidence for conjunctive (location–item) learning. Collectively, the findings suggest item learning is neither design- or task-specific; rather, it is robust, reliable, and not easily disrupted. Discussion centres on factors dictating dominance of item- over location-based adjustments and implications for the broader literature on LSPC effects.

The space–time interaction suggests a left-to-right directionality in the mind’s representation of elapsing time. However, studies showing a possible vertical time representation are scarce and contradictory. In Experiment 1, 32 participants had to judge the duration (200, 300, 500, or 600 ms) of the target stimulus that appeared at the top, centre, or bottom of the screen, compared with a reference stimulus (400 ms) that always appeared in the centre of the screen. In Experiment 2, 32 participants were administered the same procedure, but the reference stimulus appeared at the top, centre, or bottom of the screen and the target stimulus was fixed in the centre location. In both experiments, a space–time interaction was found with an association between short durations and bottom response key as well as between long durations and top key. The evidence of a vertical mental timeline was further confirmed by the distance effect with a lower level of performance for durations close to that of the reference stimulus. The results suggest a bottom-to-top mapping of time representation, more in line with the metaphor “more is up.”

Recent research on the relation between learning and cognitive control has assumed that conflict modulates learning, either by increasing arousal and hence improving learning in high-conflict situations, or by inducing control, and hence inhibiting the processing of distracters and their eventual association with the imperative responses. We analyse whether the amount of conflict, manipulated through the proportion of congruency in a set of Stroop inducer trials, affects learning of contingencies established on diagnostic trials composed by neutral words associated with colour responses. The results reproduced the list-wide proportion of congruency effect on the inducer trials, and showed evidence of contingency learning on the diagnostic trials, but provided no indication that this learning was modulated by the level of conflict. Specific analyses conducted to control for the impact of episodic effects on the expression of learning indicated that contingency effects were not driven by the incremental processes that could be expected by associative learning, but rather they were due to the impact of the most recent trial involving the same distracter. Accordingly, these effects disappeared when tested selectively on trials that required a non-matching response with respect to the previous occurrence of the distracter. We interpret this result in the context of the debate on how learning and memory interact with the processes of cognitive control.

Skilled motor performance is essential in sports, the performing arts, various occupations, and many daily activities. Scientists and practitioners alike are therefore interested in understanding the conditions that influence the performance and learning of movement skills, and how they can be utilized to optimize training. In OPTIMAL theory, three motivational and attentional factors are key: enhanced expectancies for future performance, the performer’s autonomy, and an external focus of attention. We review recent evidence suggesting that each factor contributes independently to strengthen the coupling of goals to actions. This work has implications ranging from fostering more effective skill development in novice learners, to increasing the efficiency of athletes’ and musicians’ performance, and to facilitating the success of patients in regaining functional capabilities.

Young adults with autism spectrum disorder (ASD) need both academic and social skills required to apply acquired knowledge and skills in real-world settings. This study evaluated the effects of a multicomponent intervention incorporating both Modified Schema-Based Instruction (MSBI) and video-based instruction delivered via augmented reality (AR) to teach the social and mathematical problem-solving skills needed to execute personal finance tasks in the community. Participants were four 21-year-old young adults with ASD enrolled in a public school transition program located on the campus of a technical college. Findings of the single-case multiple probe across participant design support a functional relationship between the multicomponent treatment package and the social and mathematical problem-solving skills of the young adults with ASD. Furthermore, participants were also able to self-correct errors after watching AR-triggered model videos. Generalization to a novel setting was tested. Results, implications, and suggestions for future research are discussed

How does rumination affect reinforcement learning—the ubiquitous process by which people adjust behavior after error to behave more effectively in the future? In a within-subjects design ( N = 49), we tested whether experimentally manipulated rumination disrupts reinforcement learning in a multidimensional learning task previously shown to rely on selective attention. Rumination impaired performance, yet unexpectedly, this impairment could not be attributed to decreased attentional breadth (quantified using a decay parameter in a computational model). Instead, trait rumination (between subjects) was associated with higher decay rates (implying narrower attention) but not with impaired performance. Our task-performance results accord with the possibility that state rumination promotes stress-generating behavior in part by disrupting reinforcement learning. The trait-rumination finding accords with the predictions of a prominent model of trait rumination (the attentional-scope model). More work is needed to understand the specific mechanisms by which state rumination disrupts reinforcement learning.

Researchers have identified effective instructional strategies for teaching peer imitation, including embedded classroom-based interventions. However, there is a dearth of strategies that have been effective for teaching generalization of imitation skills to novel contexts. Building on previous research, we examined the use of progressive time delay to increase peer imitation in the context of a play activity for four preschoolers with disabilities. We conducted preference and reinforcer assessments to identify effective reinforcers for each child prior to intervention. We conducted a multiple baseline across participants design meeting contemporary single case standards and used visual analysis to identify a functional relation: the intervention package was associated with an increase in the participants’ peer imitation in training contexts. The intervention also led to levels of peer imitation comparable to those of typically developing peers, as measured by a normative peer sample, and generalization to novel contexts.

There is contention in the scientific literature about the coherence of people’s memories for trauma: Sometimes, traumatic memories are rated as less coherent than nontraumatic memories; other times, they “look” very similar. But several methodological challenges invite counter-explanations that hinder the interpretation of these findings. We set out to address these challenges by adopting a trauma-film-paradigm approach to examine the coherence of traumatic and nontraumatic memories. We developed a new set of materials for the trauma-film paradigm and then used these materials to examine the relative coherence of traumatic and various nontraumatic memories. We found that traumatic memories were not only fairly coherent but also statistically equivalent to their nontraumatic counterparts. Our hope is that scientists use these materials in experiments that complement the existing autobiographical-memory literature and allow for a greater understanding of the relation between memory and dysfunction.

Technology invites a reconsideration of organization and organizing by calling attention to mediated forms of value production among loose social collectives outside formal organizational boundaries. While the nascent concept of organizationality holds potential for such a re-conceptualization, the processes through which loose social members become invested in co-orientation and collective effort require further empirical and theoretical exploration. In this paper, we link organizationality research with critical media studies on affect and technology to theorize how affect holds provisional collectives together while promoting new modes of value extraction. Empirically, we draw from an ethnographic study of hackathons – transdigital innovation spaces where participants act with and through technology – and suggest three intertwined processes as part of an affective circuit that stokes and directs affect. The paper’s contribution is threefold. First, by analysing how affective circuits bind, integrate and co-orient action among loose members, we contribute to understanding organizationality as affectively constituted. Second, by showing how hackathons leverage desire for community, we offer a critical perspective on affective capture and argue that organizationality involves novel modes of value production. Third, we complement theorizing of hackathons by exploring them as sites of organizationality, focusing on the provisional, relational and affect-rich nature of new forms of organizing in the digital age.

Ubiquitous to theories of social perception is an assumed relationship between an attribute’s (e.g., intelligence) “signal” and judgment accuracy, with accuracy impossible without the presence and consensual use of signal. Yet this foundational assumption remains untested. Our investigation focused on consensus (quantified using intraclass correlations, ICCs), which should suggest signal availability, according to theories of accurate social perception. Study 1 confirmed that judgments of different social attributes exhibit different degrees of consensus. Study 2 specifically tested the consensus → accuracy link, anticipating that social judgments with higher consensus (target ICCs) would show greater judgment accuracy. Using 497,780 judgments of 3,847 targets from 4,162 participants across 45 data sets testing a broad variety of social judgments, we found that consensus moderated the relationship between targets’ self-report and participants’ judgments: Judgment accuracy was higher when consensus was higher. Results show the first empirical support for a foundational assumption of theories of social perception.

Listening to music is a common method of regulating unpleasant emotions such as sadness, but music listening has not been compared to prototypical interpersonal emotion-regulation strategies. We examined music’s response-independent benefits (i.e., benefits that do not require a response from another person) and response-dependent benefits (i.e., benefits that do require a response from another person) and compared those to other regulation strategies such as talking to a friend and asking someone for advice. College students ( N = 353) completed an online survey in which they rated their likelihood of using eight different strategies to regulate sadness and the benefits of using each strategy. Repeated-measures ANOVAs revealed listening to music was the most likely strategy used when sad. Moreover, listening to music provided the most response-independent benefits of any strategy we examined, including talking to a friend and asking someone for advice. Talking to a friend provided more interpersonal support than listening to music did, but listening to music did not provide any less of a shared experience than talking to a friend or asking someone for advice. These findings suggest that listening to music shares much in common with interpersonal emotion-regulation strategies such as talking with other people when sad.

To identify and classify musical tastes, researchers have extensively relied on the use of music-genre labels. However, the validity and reliability of such a method remain unclear. In this study, we examined the extent to which 873 high school students felt able to assess their musical tastes based on music-genre labels. Participants were expressly asked to evaluate the usability of such labels. Results showed that a majority of respondents were uncomfortable with the use of music-genre labels, mainly because of music-genre labels’ complicatedness and internal heterogeneity. Sex and social milieu predicted the perception of the usability of music-genre labels only weakly. Overall, our findings suggest that the reliance on music-genre labels in research on musical tastes might be problematic. We recommend that complementary indicators of musical tastes be more widely employed in the future.

Two experiments were run to determine how presentation modality and duration influence children’s arithmetic performance and strategy selection. Third and fourth graders were asked to find estimates for two-digit addition problems (e.g., 52 + 39). Children were tested in three conditions: (1) time-unlimited visual, (2) time-limited visual, or (3) time-limited auditory conditions. Moreover, we assessed children’s working-memory updating and arithmetic fluency. Children were told which strategy to use on each problem to assess arithmetic performance while executing strategies, in Experiment 1, and were asked to choose the best strategy of three available strategies to assess strategy selection, in Experiment 2. Presentation modality influenced strategy execution (i.e., children were faster and more accurate in problems under visual than auditory conditions) but only in children with low updating abilities. In contrast, presentation modality had no effect on children’s strategy selection. Presentation duration had an effect on both strategy execution and strategy selection with time-limited presentation leading to a decline in children’s performance. Interestingly, specifically in children with low updating abilities, time-limited presentation led to poorer performance. Hence, efficient updating seemed to compensate for detrimental effects of auditory in comparison to visual and time-limited in comparison to time-unlimited presentation. These findings have important implications for determining conditions under which children execute strategies most efficiently and select the best strategy on each problem most often, as well as for understanding mechanisms underlying strategic behaviour.

This study investigated the effects of retrieval practice on the cognitive and metacognitive learning outcome in a psychology lecture at university. In a within-subjects design, N = 180 students completed an intermediate knowledge test in the 9th session and a final test in the 13th session of the semester. Both tests assessed students’ correctness of answering and confidence in their answers. In the final test, items that were intermediately tested were answered as correctly as items that were not intermediately tested. The failure to find a testing effect at the level of cognitive performance could not be attributed to interference with item difficulty, as intermediately tested and not tested items were balanced according to their a priori difficulty. However, testing improved performance at the metacognitive level. Confidence ratings were more accurate and less biased in items that were intermediately tested compared to items not intermediately tested. The results are discussed in the context of metacognitive monitoring as a condition of self-regulated learning in an authentic psychology learning context.

Appreciating that varied stimuli belong to different categories requires that attention be differentially allocated to relevant and irrelevant features of those stimuli. Such selective attention ought to be definable and measurable in both humans and nonhuman animals. We first discuss the definition of attention and methods of assessing it in animals. We then introduce new experimental and computational tools for assessing attention in pigeons both during and after category learning. Deploying these tools, we have found that, as do humans, pigeons attend more to relevant than to irrelevant stimulus features during category learning. Nonetheless, postacquisition assessment reveals that, compared with human adults, pigeons less selectively attend to deterministic features in preference to probabilistic features of category members, which indicates that pigeons’ attention is more distributed. Fresh opportunities now exist for more effectively understanding the evolution and mechanisms of categorical cognition.

Public schools located within urban environments are a critical component of a larger social network in their communities, with important reciprocal interactions occurring across settings. This is especially important for students with emotional and behavioral disorders (EBD), as integration and alignment of home, community, and school intervention programming is essential for the best outcomes. However, teachers often have a deficit perspective of urban communities and lack the skills to identify assets that may support generalization of interventions for students with EBD in a variety of settings. Asset mapping is one way to help special education teachers reframe this perspective. Definitions of assets and the asset mapping process, as well as practical recommendations for special education teachers to identify assets within their school community environment, are provided.

The study of the brain mechanisms underpinning social behavior is currently undergoing a paradigm shift, moving its focus from single individuals to the real-time interaction among groups of individuals. Although this development opens unprecedented opportunities to study how interpersonal brain activity shapes behaviors through learning, there have been few direct connections to the rich field of learning science. Our article examines how the rapidly developing field of interpersonal neuroscience is (and could be) contributing to our understanding of social learning. To this end, we first review recent research extracting indices of brain-to-brain coupling (BtBC) in the context of social behaviors and, in particular, social learning. We then discuss how studying communicative behaviors during learning can aid the interpretation of BtBC and how studying BtBC can inform our understanding of such behaviors. We then discuss how BtBC and communicative behaviors collectively can predict learning outcomes, and we suggest several causative and mechanistic models. Finally, we highlight key methodological and interpretational challenges as well as exciting opportunities for integrating research in interpersonal neuroscience with social learning, and we propose a multiperson framework for understanding how interpersonal transmission of information between individual brains shapes social learning.

This project investigates emotionality by brands on social media. First, a field data set of over 200,000 text and images posts by brands across two major platforms is analyzed. Using recent automated text analysis (Study 1a) and computer vision methods (Studies 1b and 1c), the author provides initial documentation of a negative relationship between brand emotionality and status. Exploring this relationship further, in Studies 2, 3, and 4, the author finds that brands can leverage this association, reducing emotionality in brand communications to increase perceived brand status. This strategy is effective because reduced emotionality is associated with high-status communication norms, which evoke high-status reference groups. This finding is moderated by the status context of the brand (Study 2) and the product type (Study 4).

The call to move beyond binary conceptualizations of gender is not new, and yet, this categorical and contrastive approach to gender analysis remains common, particularly in health sciences. It has been posited that the problem of gender dualism rests partially in the minimal interplay between theory and method. Drawing on our experiences during a qualitative study of men’s and women’s involvement in cardiac rehabilitation, this article provides an account of the analytic and reflexive challenges of conducting research on gender and health and explores how the careful use of theory, specifically Bourdieu’s theory of practice, can facilitate a departure from narrow gender binaries. The analysis presented in this article adds to methodological writings on gender and health, offering a theory-driven process to help researchers address the fluidity of gender as lived and negotiated in the everyday social and material circumstances of men and women, particularly during times of illness.

There is evidence that humans mirror others’ emotional responses: brain responses to observed and experienced emotion overlap, and reaction time costs of observing others’ pain suggest that others’ emotional states interfere with our own. Such emotional mirroring requires regulation to prevent personal distress. However, currently it is unclear whether this “empathic interference effect” is uniquely social, arising only from the observation of human actors, or also from the observation of non-biological objects in “painful” states. Moreover, the degree to which this interference relates to individual differences in self-reported levels of empathy is yet to be revealed. We introduce a modified pain observation task, measuring empathic interference effects induced by observation of painful states applied to both biological and non-biological stimuli. An initial validation study ( N = 50) confirmed that painful states applied to biological stimuli were rated explicitly as more painful than non-painful states applied to biological stimuli, and also than both painful and non-painful states applied to non-biological stimuli. Subsequently, across two independent discovery ( N = 83) and replication ( N = 80) samples, the task elicited slowing of response times during the observation of painful states when compared to non-painful states, but the magnitude of this effect did not differ between biological and non-biological stimuli. Little evidence was found for reliable relationships between empathic interference and self-reported empathy. Caution should therefore be taken in using the current task to pursue an individual differences approach to empathic interference, but the task shows promise for investigating the specificity of the mechanism involved in regulating emotional mirroring.

This study explored the interplay between content knowledge and reading ability in a large-scale multistage adaptive English for academic purposes (EAP) reading assessment at a range of ability levels across 1–12 graders. The datasets for this study were item-level responses to the reading tests of ACCESS for ELLs Online 2.0. A sample of 10,000 test takers were each time randomly drawn from the test-taking population at five grade clusters without manipulation on proficiency levels, and then with manipulation on proficiency levels. The results indicated that although the bi-factor multidimensional item response theory (MIRT) model fit the data significantly better than the unidimensional two-parameter logistic (2PL) model for Grade 1, no clear evidence can be found regarding the dimensionality of the test for Grades 2–12. However, content knowledge was consistently found to contribute substantially to test performance for low-ability-level test takers across all grade clusters. The findings indicate that EAP reading ability is a multidimensional construct in the onset of EAP reading ability development, but the presence of multidimensionality decreases as proficiency level and grade level increase. This study provides insights into the developmental pattern of the interplay between language and content in EAP reading contexts.

Most of the studies on children’s programming conducted in America or India, indicating an unbalanced and stereotypical gender representation, remain limited to those on older children. The present study explores if cartoon shows for preschoolers resort to the counter-hegemonic portrayal of male/female characters, and if thereby have any scope for representation of gender fluidity within it. Consequently, it also attempts to discern the ways in which interpersonal relationships between the protagonists, and between the protagonist(s) and the secondary character(s) portray any ‘dominant/submissive’ dichotomies. Drawing on Bandura’s ‘Social Learning Theory’ and de Beauvoir’s notion of the social construction of women as the ‘other’, this study presents the results of textual analysis and Critical Discourse Analysis of a popular Russian cartoon show ‘Masha and the Bear’ (M&TB) telecast on Nick Jr. The study findings indicate more gender-sensitive representation in the show for preschoolers than those for the older children. Bearing the tropes of Soviet Russian egalitarian and cultural traits, the characters of M&TB portray non-binary gender roles compared to their American or Indian counterparts.

Musical experience facilitates speech perception. French musicians, to whom stress is foreign, have been found to perceive English stress more accurately than French non-musicians. This study investigated whether this musical advantage also applies to native listeners. English musicians and non-musicians completed an English stress discrimination task and two control tasks. With age, non-verbal intelligence and short-term memory controlled, the musicians exhibited a perceptual advantage relative to the non-musicians. This perceptual advantage was equally potent to both trochaic and iambic stress patterns. In terms of perceptual strategy, the two groups showed differential use of acoustic cues for iambic but not trochaic stress. Collectively, the results could be taken to suggest that musical experience enhances stress discrimination even among native listeners. Remarkably, this musical advantage is highly consistent and does not particularly favour either stress pattern. For iambic stress, the musical advantage appears to stem from the differential use of acoustic cues by musicians. For trochaic stress, the musical advantage may be rooted in enhanced durational sensitivity.