“The ball don't lie”: How inequity aversion can undermine performance

Previous research has found that people are often averse to inequity, even when it works to their own advantage. The present research extends previous demonstrations of inequity aversion by examining how it plays out in a real-world context in which self-interest motivations and competitive pressures are substantial. National Basketball Association games were examined and instances of obviously incorrect foul calls were identified. Players were found to make a substantially lower percentage of the foul shots they were awarded as a result of incorrect calls, indicating that they were troubled by the inequity. This drop-off in performance was only observed when the shooter's team was ahead, highlighting the trade-off between the two conflicting motives of self-interest (the desire to win) and inequity aversion.     

Coping With Threats to Just‐World Beliefs: Derogate,Blame, or Help?1

The present research investigated Lerner's (1970, 1980) just‐world theory by manipulating victim‐related factors in a scenario and measuring several possible strategies for dealing with the threat to participants' just‐world beliefs created by the victim's intense suffering. Participants read a story about a victim who varied in terms of his character (likeable vs. unlikeable) and behavioral responsibility for causing his accident (high vs. low). The general pattern of results showed that for the unlikeable low‐responsibility victim, the primary response to protect justice beliefs appeared to be character derogation; for the likeable high‐responsibility victim, the primary protective strategy appeared to be blame; and for the likeable low‐responsibility victim, the primary protective strategy appeared to be compensation. Implications for just‐world theory are discussed.     

Fearlessness in juvenile offenders is associated with offending rate

Poor fear conditioning is a correlate of violent offending in adults, but there is no evidence concerning juvenile offenders. Our aim was to compare emotional learning in juvenile offenders and controls and establish whether crime rate is related to seriousness of emotional learning problems. To this end, emotional learning was assessed in 42 juvenile offenders by measuring skin conductance responding (SCR) during fear conditioning. Compared to controls, juvenile offenders showed lower conditioned SCRs to visual stimuli associated with a subsequent aversive stimulus and the magnitude of the SCR during fear acquisition was inversely associated with the number of their recorded offences. These findings suggest that juvenile offenders have impairments in the neural systems that subserve emotional learning. The implication is that using punitive measures to control persistent offenders is unlikely to be effective in an identifiable group of juvenile offenders.     

Evolutionary Jungian Psychology

The inferior function really is inferior. It may be a source of transformation, but we do not know how. We encounter it, but we do not understand it. It is like opening a door and being confronted by a rhino, or, for some, coming upon a mathematician talking in numbers in the basement. Yet from this least expected place and in forms that have nothing to recommend them, may come new life, regeneration for ourselves and for the times in which we live.     

A cognitive complexity metric applied to cognitive development

Two experiments tested predictions from a theory in which processing load depends on relational complexity (RC), the number of variables related in a single decision. Tasks from six domains (transitivity, hierarchical classification, class inclusion, cardinality, relative-clause sentence comprehension, and hypothesis testing) were administered to children aged 3-8 years. Complexity analyses indicated that the domains entailed ternary relations (three variables). Simpler binary-relation (two variables) items were included for each domain. Thus RC was manipulated with other factors tightly controlled. Results indicated that (i) ternary-relation items were more difficult than comparable binary-relation items, (ii) the RC manipulation was sensitive to age-related changes, (iii) ternary relations were processed at a median age of 5 years, (iv) cross-task correlations were positive, with all tasks loading on a single factor (RC), (v) RC factor scores accounted for 80% (88%) of age-related variance in fluid intelligence (compositionality of sets), (vi) binary- and ternary-relation items formed separate complexity classes, and (vii) the RC approach to defining cognitive complexity is applicable to different content domains.     

How many variables can humans process?

The conceptual complexity of problems was manipulated to probe the limits of human information processing capacity. Participants were asked to interpret graphically displayed statistical interactions. In such problems, all independent variables need to be considered together, so that decomposition into smaller subtasks is constrained, and thus the order of the interaction directly determines conceptual complexity. As the order of the interaction increases, the number of variables increases. Results showed a significant decline in accuracy and speed of solution from three-way to four-way interactions. Furthermore, performance on a five-way interaction was at chance level. These findings suggest that a structure defined on four variables is at the limit of human processing capacity.     

Set-size effects in primary memory: An age-related capacity limitation?

Set size was varied as a factor in the primary memory paradigm developed by Wickens and colleagues (Wickens, Moody, & Dow, 1981; Wickens, Moody, & Vidulich, 1985). In Experiment 1, using adults and teenagers, no proactive interference (PI) was observed at set size 4, consistent with previous research, but PI was observed at set size 10. In Experiment 2, with adults, PI was observed at set sizes 6, 8, and 10, but not at set size 4. These results are consistent with the hypothesis that sets of more than 4 items overload primary memory, so that some items have to be retrieved from secondary memory. In Experiment 3, 8- to 9-year-olds were used with set sizes of 2 and 4. Proactive interference was observed with the larger, but not with the smaller, set. This suggests that primary memory was overloaded by 4 items at this age, indicating that its capacity increases with age.     

Children''s ability to make transitive inferences: The importance of premise integration and structural complexity

Four experiments investigated 4- to 6-year-olds' transitive inferences. In Experiments 1–3, there was a nonmapping condition in which inferences were made either about stacked blocks, or about sticks ordered left to right. In the mapping condition, inferences were made by mapping either from blocks to sticks, or the reverse. In Experiments 2–4, relational complexity was manipulated by requiring either 1 or 2 premise relations to be processed in a single decision. Mapping was harder than nonmapping, but relational complexity was the main source of variance, with 2 relations being harder in both mapping and nonmapping conditions. The percentage of participants integrating 2 relations in a single decision was estimated at 20% at age 4, 53% at age 5 and 57% at age 6, suggesting gradual development of transitive inference ability. Results suggest that relational complexity has a strong effect on transitive inference in 4- to 6-year-old children.