The Vajjālaggam: A study in Indian virtue theory

The paper is meant to be a contribution to the study of Indian and comparative ethics. It treats the Vajjālaggam, an anthology of Prākrit stanzas (subhāsita literature) dealing with a variety of topics. Focusing on the ‘ethical’ sections of the VL, it tries to describe and analyse its underlying ethical system. In Part I the different ethical themes of the VL (Valour and Destiny, Virtues and Vices, Masters and Servants, Friendship and Affection, Poverty and Charity) are described in detail. In Part II it is shown that the VL. offers a clear example of a virtue ethic with a strong emphasis on self‐regarding virtues (gunas), based on a pluralistic and instrumental theory of the good. The paper also treats the crucial ethical problem of the relationship between personal well‐being and virtuousness as described in the VL.     

内田─克雷佩林心理测验在我国的试用研究

对１５２２名大、中学生进行内田—克雷佩林心理测验的结果表明：该测验是一种跨文化的心理测量工具,具有较好的信度和效度。还对内田—克雷凤林心理的测验的特点做了剖析,并为进一步的研究提出了建议。     

Selective Attention and Anxiety: A Perspective on Developmental Issues and the Causal Status

A plethora of studies on selective information processing in anxiety have been carried out over the past two decades. One of the most robust findings is that anxiety is associated with selective attention (SA) for threatening information. The rationale of research into SA is that it is assumed to play a vital role in the maintenance, and even in the etiology of anxiety disorders. It is the aim of this paper to explicate on the validity of this assumption. There is ample evidence that anxiety enhances SA. Although there is a lack of studies on the effect of SA on anxiety, there is now some evidence that SA increases the level of anxiety. This leads us to conclude that SA is not a by-product of anxiety only. Hence, the suggestion that SA plays a role in the maintenance of anxiety disorders seems to be justified. Studies on SA in children suggest that if SA plays any role at all in the development of anxiety disorders, it is not the SA in itself that is a vulnerability factor, but the continuation of this SA. Individuals who develop an anxiety disorder could have difficulty learning to inhibit this SA. Considering the finding that SA increases the level of anxiety, the authors suggest that anxiety in childhood causes failure to inhibit SA, which in turn enhances the vulnerability to anxiety disorder in adulthood.     

How psychological momentum changes in athletes during a sport competition

ObjectivesThe present research sought to examine changes in psychological momentum (PM) during sport competitions through the lens of a dynamical systems approach.DesignMale regional-level cyclists competed in cycling duels on home trainers.MethodImages of moving avatars of the cyclists were projected on a wall, and were manipulated so that one cyclist was exposed to an ascending performance scenario (i.e., positive momentum) and the other to a descending performance scenario (i.e., negative momentum). Every 3 min, the cyclists answered PM items by using a keyboard that was placed on the handlebars of their bicycles. Additionally, exerted power was continuously recorded.ResultsResults revealed an asymmetrical critical boundary pattern for PM perceptions indicating that negative PM was triggered more easily than positive PM. Exerted power was generally higher during the negative momentum scenario than during the positive momentum scenario. In addition, exerted power slowly decreased over both momentum scenarios, and this decrease was faster at the very beginning of the negative momentum scenario.ConclusionResults indicate that PM perceptions possess the dynamical properties of nonlinearity and history-dependence. Moreover, the finding that exerted power was higher in the negative momentum scenario was interpreted as a resistance behavior that occurs while experiencing negative momentum. The anticipated decreases in both exerted power and PM perceptions in the negative momentum scenario converge to support the notion that negative PM is a stronger attractor than positive PM. The present study confirms that PM is a dynamical phenomenon and offers fruitful avenues for future research.     

Personality traits and job characteristics as predictors of job experiences

This study investigates the relationships of personality traits and job characteristics (predictors) with job experiences (criteria) in a sample of job incumbents working in a broad variety of occupations. Subjects were 181 job applicants, who participated in a personnel selection procedure carried out by a Dutch staffing organization. As a part of this procedure, subjects completed a number of personality questionnaires. Personality scale scores were factor-analysed, and four orthogonal trait dimensions were identified: Emotional Stability, Extraversion, Sensation Seeking, and Achievement Motivation. Between l½ and 2 years after the selection, subjects rated their current jobs on four job characteristics dimensions, namely dynamicity, autonomy, external–internal, and structure. At the same time, they completed a questionnaire measuring job experiences, namely job satisfaction, job-induced tension, propensity to leave the job, and self-appraised performance. The results indicated that personality traits had several significant and hypothesized longitudinal effects on the job experience criteria. Personality contributed to the prediction of the criteria even when the effects of job characteristics were taken into account. No significant Personality X Job Characteristics interactions were found, although subgroup analysis revealed a number of interesting differences among the various categories of occupations. For example, Sensation Seeking predicted job strain and propensity to leave, especially in highly structured and not very autonomous jobs. It is concluded that work experiences are clearly determined by person and job characteristics, although in an additive rather than in an interactional way.     

Visuospatial competency, handedness, and cerebral dominance

The present study addressed the question of Levy's (1974, Psychobiological implications of bilateral assymetry. In S. Dimond &; J. G. Beaumont, Hemispheric function in the human brain, NY: Halstead. Pp. 121–183.) proposal that left handers would have lowered spatial skills relative to verbal skills. In the first part of the study, performance on the PMA (visuospatial subtest) and WAIS Block Design subtest were compared between right and left handed high school and college samples. No support could be found for deficient visuo-spatial performance in the left handers. In the second part of the experiment, no relative impairment of visuospatial skills was found when subjects were classified into predicted speech dominance groups on the basis of a dichotic listening task and/or a visual half-field task. An extreme groups comparison of the most left dominant and most right dominant groups again yielded no significant differences in visuo-spatial performance. Finally, the relationship between degree of speech lateralization and visuo-spatial skills was examined. Only partial support for differences in cerebral organization for speech in left handers was found in the college sample.     

Exposure and response prevention in the natural environment: A comparison with obsessive-compulsive patients

Thirteen obsessive-compulsive clients were treated with different methods of response prevention. Four experimental conditions were obtained through a 2 × 2 factorial design, in which the two main variables were varied: (1) gradual treatment vs flooding; and (2) modeling vs no-modeling. Clients were treated at their homes, three times weekly. Each session lasted 2 hr. Results at the post-test revealed, that modeling was superior to no-modeling (p < 0.05) on avoidance-other compulsions, therapist-rating only. On anxiety-main compulsions, clients rating the gradual method of treatment had been superior to flooding (p < 0.05). No other significant differences were found.     

Multisensory integration in multiple reference frames in the posterior parietal cortex

Spatial information processing takes place in different brain regions that receive converging inputs from several sensory modalities. Because of our own movements—for example, changes in eye position, head rotations, and so forth—unimodal sensory representations move continuously relative to one another. It is generally assumed that for multisensory integration to be an orderly process, it should take place between stimuli at congruent spatial locations. In the monkey posterior parietal cortex, the ventral intraparietal (VIP) area is specialized for the analysis of movement information using visual, somatosensory, vestibular, and auditory signals. Focusing on the visual and tactile modalities, we found that in area VIP, like in the superior colliculus, multisensory signals interact at the single neuron level, suggesting that this area participates in multisensory integration. Curiously, VIP does not use a single, invariant coordinate system to encode locations within and across sensory modalities. Visual stimuli can be encoded with respect to the eye, the head, or halfway between the two reference frames, whereas tactile stimuli seem to be prevalently encoded relative to the body. Hence, while some multisensory neurons in VIP could encode spatially congruent tactile and visual stimuli independently of current posture, in other neurons this would not be the case. Future work will need to evaluate the implications of these observations for theories of optimal multisensory integration.Edited by: Marie-Hélène Giard and Mark Wallace     

The role of oculomotor information in the learning of sequential aiming movements

With their eyes initially on either the home, midline, or final end position, 30 participants practiced a 2-target aiming movement. After 120 acquisition trials, participants performed a retention test and were then transferred to each of the other 2 eye conditions. During acquisition, all groups improved over practice, but the home group showed the greatest improvement. The temporal improvement was most pronounced in the times spent after peak velocity. Retention and transfer tests indicated that participants performed best under eye-movement conditions that were the same as the 1 they had practiced in. There was also positive transfer of training between conditions in which the oculomotor information was similar. Thus, to optimize learning, one should practice under the same afferent and oculomotor conditions that will be required for the final performance.