Prison rioters: exploring infraction characteristics, risk factors, social correlates, and criminal careers

Investigation of individual inmates' characteristics are almost entirely absent from research of prison riots. The current study sought to fill this void using official infraction records and prison dossiers of 831 male inmates selected from the southwestern USA. Logistic regression models indicated that inmates who were cited for criminal infractions, such as theft, possession of weapons or drugs, threatening staff, and social risk factors were significantly more likely to engage in prison rioting. In fact, the model which contained criminal career, demographic information, infraction, and other social risk factors explained 40% of the variation in prison rioting. Suggestions for research on prison riots that included inmates' criminal history and characteristics of infraction are offered.     

Ageism and death: effects of mortality salience and perceived similarity to elders on reactions to elderly people

The present research investigated the hypotheses that elderly people can be reminders of our mortality and that concerns about our own mortality can therefore instigate ageism. In Study 1, college-age participants who saw photos of two elderly people subsequently showed more death accessibility than participants who saw photos of only younger people. In Study 2, making mortality salient for participants increased distancing from the average elderly person and decreased perceptions that the average elderly person possesses favorable attitudes. Mortality salience did not affect ratings of teenagers. In Study 3, these mortality salience effects were moderated by prior reported similarity to elderly people. Distancing from, and derogation of, elderly people after mortality salience occurred only in participants who, weeks before the study, rated their personalities as relatively similar to the average elderly person's. Discussion addresses distinguishing ageism from other forms of prejudice, as well as possibilities for reducing ageism.     

The behavioral inhibition system and the verbal information pathway to children's fears

The behavioral inhibition system (BIS) is the neurological substrate of trait anxiety and is linked to the development of anxiety disorders. Three experiments are reported that investigate the moderating influence of the BIS on 1 pathway to fear: threat information. In all studies, children were given verbal information about a set of novel animals, and their BIS sensitivity was measured. The results suggest that BIS sensitivity (a) facilitates attentional biases to stimuli associated with threat information and (b) facilitates behavioral avoidance of novel stimuli associated with threat information. This suggests a possible mechanism through which the BIS may promote the acquisition of animal fears.     

Evidence that projection of a feared trait can serve a defensive function

Two experiments tested the notion that allowing people to project a feared trait onto another individual would facilitate denial of the trait. In Study 1, participants were given feedback that they were high or low in repressed anger and were allowed to rate an ambiguous target on anger or not. Participants who received high (vs. low) anger feedback rated the target especially high on anger. In addition, participants who received high anger feedback and who were allowed to project their anger had the lowest anger accessibility on a word completion exercise. Study 2 replicated these basic findings using a different trait dimension (dishonesty) and a direct measure of denial (self-attributions of dishonesty). Specifically, in Study 2, participants who received high dishonesty feedback and who were allowed to project dishonesty reported having an especially low level of dishonesty. Discussion focused on the relationship between classic projection and other forms of psychological defense.     

Exploring the validity of the Mayer-Salovey-Caruso Emotional Intelligence Test (MSCEIT) with established emotions measures

Emotions measures represent an important means of obtaining construct validity evidence for emotional intelligence (EI) tests because they have the same theoretical underpinnings. Additionally, the extent to which both emotions and EI measures relate to intelligence is poorly understood. The current study was designed to address these issues. Participants (N = 138) completed the Mayer-Salovey-Caruso Emotional Intelligence Test (MSCEIT), two emotions measures, as well as four intelligence tests. Results provide mixed support for the model hypothesized to underlie the MSCEIT, with emotions research and EI measures failing to load on the same factor. The emotions measures loaded on the same factor as intelligence measures. The validity of certain EI components (in particular, Emotion Perception), as currently assessed, appears equivocal.     

Inhibition, ADHD, and computer games: the inhibitory performance of children with ADHD on computerized tasks and games

Contrary to empirical reports of inhibitory dysfunction in ADHD, parental reports suggest that when playing computer games, the inhibitory abilities of children with ADHD are unimpaired. This small-scale preliminary investigation into this phenomenon looks at inhibition of an ongoing response and activity exhibited by children with ADHD between 6 and 14 years old on two commercially available games, on the Conners's Continuous Performance Test II (CPT II), and on a more game-like version of the same task that incorporates characteristics commonly found in commercially available computer games. The performance of participants with ADHD on commercially available games is equivalent to that of typically developing participants and is significantly better on the more game-like version of the CPT II.     

The effects of transcranial direct current stimulation (tDCS) on multitasking performance and oculometrics

Multitasking is the ability to perform more than one task simultaneously. The need to multitask is common in many industries especially within the military with tasks such as air traffic controllers, cyber defense operators and image analysts. However, as the time on task increases, information throughput can become overwhelming resulting in a performance decrement. Through task prioritizing, the operator is able to maintain performance on specific subtasks in which they selected as high importance while other subtasks experience a decrement. The objective of this study was to evaluate the effects of transcranial direct current stimulation (tDCS) applied to the left dorsolateral prefrontal cortex (ldLPFC) on information processing capabilities to improve individual and overall multitasking performance while performing the multi-attribute task battery (MATB). Two groups of 8 participants each received either 2 mA of anodal or sham tDCS while performing MATB. In addition, eye tracking was implemented to record eye movement patterns. In doing so, we were able to determine how much time the operator allocated to each of the subtasks within MATB and how their task priorities changed as workload demands increased. The findings provided evidence that 2 mA of anodal tDCS during MATB significantly improved overall information throughput compared to the sham group. With respect to the individual subtasks, communication and system monitoring displayed the greatest enhancement with anodal tDCS. Our data suggests that tDCS could be a useful tool to enhance information processing capabilities during a multitasking paradigm resulting in improved processing capabilities and information throughput.     

Dissociable learning processes,associative theory,and testimonial reviews: A comment on Smith and Church (2018)

Psychonomic Bulletin & Review - Smith and Church (Psychonomic Bulletin & Review, 25, 1565–1584 2018) present a “testimonial” review of dissociable learning processes...     

Perseverative cognition,distracted communication,and well‐being in everyday social interaction

This study examined how rumination and worry experienced within varying contexts of everyday life are associated with current‐moment and cross‐moment indicators of subjective well‐being. We also investigated if, in the context of social interaction, distracted communication uniquely predicts subjective well‐being and mediates the link between perseverative cognition and well‐being. Using experience sampling, we found that the effects of rumination and worry on subjective well‐being were social‐context dependent. Rumination experienced alone, relative to during interaction, was a stronger positive predictor of current and later‐in‐the‐day loneliness. In contrast, worry experienced alone, but not during interaction, negatively predicted later loneliness. Distracted communication accounted for unique variance in current affective well‐being and current and later loneliness, but its role as a mediator was uncertain.     

Language representation in the human brain: evidence from cortical mapping

The manner in which the human brain processes grammatical-syntactic and lexical-semantic functions has been extensively debated in neurolinguistics. The discreteness and selectivity of the representation of syntactic-morphological properties in the dominant frontal cortex and the representation of the lexical-semantics in the temporo-parietal cortex have been questioned. Three right-handed adult male neurosurgical patients undergoing left craniotomy for intractable seizures were evaluated using various grammatical and semantic tasks during cortical mapping. The sampling of language tasks consisted of trials with stimulation (experimental) and without stimulation (control) from sites in the dominant fronto-temporo-parietal cortex The sampling of language implicated a larger cortical area devoted to language (syntactic-morphological and lexical-semantic) tasks. Further, a large part of the fronto-parieto-temporal cortex was involved with syntactic-morphological functions. However, only the parieto-temporal sites were implicated with the ordering of lexicon in sentence construction. These observations suggest that the representation of language in the human brain may be columnar or multilayered.