Moral affect and cognitive processes: Differentiating shame from guilt among men and women

Men (n = 103) and women (n = 183) completed measures of shame, guilt, self-critical cognitions, and perfectionism in order to explore gender differences in cognitive processes associated with moral affect. Women reported significantly higher rates of shame and guilt than men. Separate factor analyses for gender indicated that for men, shame loaded with self-critical cognitions while guilt loaded with dimensions of perfectionism. For women, both shame and guilt loaded with self-critical cognitions, but only socially-prescribed perfectionism. Results suggest that a person's gender may need to be considered in evaluations of shame and guilt.     

Psychometric validation of two Procrastination inventories for adults: Arousal and avoidance measures

Lay's (1986) General Procrastination (GP) and McCown and Johnson's (1989) Adult Inventory for Procrastination (AIP) measures were evaluated across two studies. In Study 1, both inventories were administered to two groups of college students (Sample 1 n=52; Sample 2 n=59), who were asked to return completed scales before the end of the semester. Students' attendance rates at study groups, test grades, and time required to complete multiple choice items on two exams also were recorded. Results indicated that high procrastination scores were related to a higher number of days to return completed inventories but not attendance, exams scores, or test-taking time. In Study 2, nontraditional age university students (n=215) were asked to complete procrastination measures as well as sensation-seeking, need for cognition, and self-esteem inventories. Factor analysis indicated that scores on Lay's (1986) scale loaded on sensation-seeking, while McCown and Johnson's (1989) scale loaded negatively with need for cognition and self-esteem variables. It would appear that although the scales assessed procrastinatory behavior, one inventory is indicative of sensation-seeking and the other the avoidance of poor self-esteem.Data for Study 1/Sample 1 and Study 2 were collected when the author was a Visiting Assistant Professor at Baruch College/CUNY. The author thanks instructors for permitting class time to be devoted to the data collection process. Also, the author thanks Bill McCown and Clarry Lay for editing an early draft of this paper.     

What do humans feel with mistreated humans,animals, robots,and objects? Exploring the role of cognitive empathy

Motivation and Emotion - The aim of this paper is to present a study in which we compare the degree of empathy that a convenience sample of university students expressed with humans, animals,...     

Procrastination as self‐regulation failure of performance: effects of cognitive load,self‐awareness,and time limits on ‘working best under pressure’

Effects of cognitive load, objective self‐awareness and time limits on the self‐regulation of performance speed and accuracy were investigated between procrastinators and non‐procrastinators. In experiment 1 chronic procrastinators completed fewer items (slow speed) and made more errors (less accuracy) than non‐procrastinators under high but not low cognitive load conditions when the time span was limited and brief. In experiment 2 chronic procrastinators performed slower than non‐procrastinators under a 2 second, but not under no limit, 1 second, or 4 second time limit conditions. Chronic procrastinators compared to non‐procrastinators also performed more slowly and made more performance errors under objective self‐awareness conditions regardless of the length of time. These experiments indicate that chronic procrastinators regulate ineffectively their performance speed and accuracy when they ‘work under pressure’ (defined by high cognitive load, objective self‐awareness, and imposed time limitations). Copyright © 2001 John Wiley & Sons, Ltd.     

Rapid naming deficits in dyslexia: a stumbling block for the perceptual anchor theory of dyslexia

According to a recent theory of dyslexia, the perceptual anchor theory, children with dyslexia show deficits in classic auditory and phonological tasks not because they have auditory or phonological impairments but because they are unable to form a ‘perceptual anchor’ in tasks that rely on a small set of repeated stimuli. The theory makes the strong prediction that rapid naming deficits should only be present in small sets of repeated items, not in large sets of unrepeated items. The present research tested this prediction by comparing rapid naming performance of a small set of repeated items with that of a large set of unrepeated items. The results were unequivocal. Deficits were found both for small and large sets of objects and numbers. The deficit was actually bigger for large sets than for small sets, which is the opposite of the prediction made by the anchor theory. In conclusion, the perceptual anchor theory does not provide a satisfactory account of some of the major hallmark effects of developmental dyslexia.     

Mirror Neurons and the Evolution of Embodied Language

ABSTRACT— Mirror neurons are a class of neurons first discovered in the monkey premotor cortex that activate both when the monkey executes an action and when it observes the same action made by another individual. These neurons enable individuals to understand actions performed by others. Two subcategories of mirror neurons in monkeys activate when they listen to action sounds and when they observe communicative gestures made by others, respectively. The properties of mirror neurons could constitute a substrate from which more sophisticated forms of communication evolved; this would make sense, given the anatomical and functional homology between part of the monkey premotor cortex and Broca's area (the "speech" area of the brain) in humans. We hypothesize that several components of human language, including some aspects of phonology and syntax, could be embedded in the organizational properties of the motor system and that a deeper knowledge of this system could shed light on how language evolved.     

Separating global and specific factors in developmental dyslexia

The general goal of the study was to identify global and specific components in developmental dyslexia using various manipulations based on the rapid automatization paradigm (RAN). In two experiments, we used both factor analysis and the Rate-and-Amount Model to verify if one (or more) global factor(s) and a variety of specific effects contribute to the naming (and visual search) deficits in children with dyslexia.

Results of Experiment 1 indicated the presence of three global components: pictorial naming, detailed orthographic analysis, and visual search. Pictorial naming is predicated by typical RAN tasks (such as naming colors or objects), independent of set size, but also from a variety of other tasks including Stroop interference conditions. The detailed orthographic analysis factor accounts for naming of orthographic stimuli at high set size. Visual search marked tasks requiring the scanning of visual targets.

Results of Experiment 2 confirmed the separation between the pictorial naming and detailed orthographic analysis factors both in the original sample and in a new group of children. Furthermore, specific effects of frequency, lexicality, and length were shown to contribute to the reading deficit.

Overall, it is proposed that focusing on the profile of both global and specific effects provides a more effective and, at the same time, simpler account of the dyslexics' impairment.     

Neurophysiological bases underlying the organization of intentional actions and the understanding of others’ intention

Philosophical and neuroscientific investigation on intentional actions focused on several different aspects, making difficult to define what should be meant with the concept of intention. Most of our everyday actions are constituted by complex and finely organized motor sequences, planned and executed in order to attain a desired final goal. In this paper, we will identify the final goal of the action as the motor intention of the acting individual. First, we will review the relative contribution of the vast neuroscientific literature on the role of different cortical areas in the organization of goal-directed movement. In particular, we will describe recent data on the cortical organization of natural action sequences, showing that this organization could be at the basis not only of our capacity of acting intentionally, but also of our ability to understand the motor intentions underlying others’ behaviour which is crucial during social interactions.