Events—the experiences we think we are having and recall having had—are constructed; they are not what actually occurs. What occurs is ongoing dynamic, multidimensional, sensory flow, which is somehow transformed via psychological processes into structured, describable, memorable units of experience. But what is the nature of the redescription processes that fluently render dynamic sensory streams as event representations? How do such processes cope with the ubiquitous novelty and variability that characterize sensory experience? How are event‐rendering skills acquired and how do (...) event representations change with development? This review considers emerging answers to these questions, beginning with evidence that an implicit tendency to monitor predictability structure via statistical learning is key to event rendering. That is, one way that the experience of bounded events (e.g., actions within behavior, words within speech) arises is with the detection of “troughs” in sensory predictability. Interestingly, such troughs in predictability are often predictable; these regions of predictable‐unpredictability provide articulation points to demarcate one event from another in representations derived from the actual streaming information. In our information‐optimization account, a fluent event‐processor predicts such troughs and selectively attends to them—while suppressing attention to other regions—as sensory streams unfold. In this way, usage of attentional resources is optimized for efficient sampling of the most relevant, information‐rich portions of the unfolding flow of sensation. Such findings point to the development of event‐processing fluency—whether in action, language, or other domains—depending crucially on rapid and continual cognitive reorganization. As knowledge of predictability grows, attention is adaptively redeployed. Accordingly, event experiences undergo continuous alteration. (shrink)

Highlights the roles of intention and intentionality in social cognition.

Research shows the experience of awe is associated with a variety of benefits ranging from increased well-being and prosocial behavior to enhanced cognition. The adaptive purpose of awe, however, is elusive. In this article, we aim to show that the current framework used to conceptualize awe points towards higher-order cognition as the key adaptive function. This goes against past evolutionary positions that posit social benefits or unidimensional behavioral adaptations. In the second half of the article, we highlight a distinct cognitive (...) advantage of awe. The literature connecting awe and cognition is surveyed and used to develop a view that situates awe as a critical component in the cognitive success of the human species. (shrink)

In the wake of a pilot study that indicated that the experience of medical education appears to Inhibit moral development In medical students, increased attention needs to be given to the structure of medical education and the Influence it has on medical students. Interest in ethics and moral reasoning has become widespread in many aspects of professional and public life. Society has exhibited great interest in the ethical issues confronting physicians today. Considerable effort has been undertaken to train medical students, (...) interns, and residents In how to reason through medical-ethical dilemmas. Media attention has focused on Issues such as abortion, euthanasia, care of severely handicapped infants, organ transplantation, and so forth, producing heated debates in both the professional and lay literature over the morality of the various positions. The curriculum of medical education has paralleled and reflected this general Interest in medical ethics. Most medical schools now offer, and frequently require, course work in ethics. However, further research Is needed to better characterize and understand the relationship of medical education to moral development. (shrink)

High moral standards and adherence to a moral code have long been strong tenets of the profession of medicine, even though there have been occasional lapses that have led to renewed calls for a revitalization of moral integrity in medicine. Certainly, a moral component has generally been held to be an important aspect of the concept of a physician.

Fitouchi et al.'s moral disciplining approach highlights the significant role social evaluations of self-control appear to play in human moral judgment. At the same time, attributing the wide range of puritanical concerns to a singular focus on self-control seems unwarranted. A more pluralistic approach would enrich understanding of moral judgment in all its cultural and historical diversity.

Following a brief consideration of two contrasting purposes for teaching the medical humanities, a description is given of a film discussion elective course. In contrast to the usual teaching of medical ethics which is primarily a cognitive activity emphasizing the development of a code of principles such as justice, autonomy, and beneficence, the film discussion elective was primarily an affective activity emphasizing the development of an ethical ideal of caring, relatedness, and sensitivity to others. The pass/fail elective, offered for one (...) credit each quarter for two quarters, met once a week for one hour for twenty-four weeks. Each week a film was shown followed by a group discussion. A wide variety of social issues were covered. The objective of the course was to increase the ethical sensitivity of the medical students through promotion of introspection and reflection on social issues. A brief discussion is given of the importance and appropriateness of using film to promote the affective focus of medicine on the relief of suffering. Examples are given of how the course achieved its objective. A detailed description of the resource materials is provided. (shrink)

This book applies Augustine's thought to current questions of teaching and learning. The essays are written in an accessible style and is not intended just for experts on Augustine or church history.

Objectives—To evaluate a departmental computer system.Design—a. Direct comparison of the time taken to use a manual system with the time taken to use a computer system for lung function evaluation, loan of equipment and production of correspondence. b. Analysis of the accuracy of data capture before and after the introduction of the computer system. c. Analysis of the comparative running costs of the manual and computer systems.Setting—Within a department of respiratory medicine serving a hospital of 1323 beds.Main Outcome Measures—a. Time (...) taken to perform functions with the assistance of computerised methods, in comparison to the manual method used alone. b. Accuracy of data capture. c. Relative running costs.Results—a. The computer system (CS) was significantly faster than the manual system (MS) for lung function evaluation (CS=7.63 min/test, MS=12.25 min/test), loan of equipment (CS=0.40 min/loan, MS=2.07 min/loan), and checking for overdue equipment (CS=0.49 s/record, MS=9 s/record). The production of correspondence was slightly slower with the computer (CS=9.30 min/letter, MS=8.54 min/letter). b. All outpatient episodes, but only 43 of 65 (66%) of inpatient episodes, were captured. Lung function and managerial report data were accurate using both manual and computerised methods. The manual system for equipment loans was inefficient, and use of the computer resulted in the recovery of 221 nebulisers. c. Development costs for 1988–1990 were high (£72 178). Only £1200 to £1845 per year was recovered directly from staff time saved by the computer but larger savings resulted from changes in work practice (£4049–4765). After 10 years the projected deficit is £10 000 per annum in running costs.Conclusions—In comparison with the manual methods, the computer system has shown significant advantages which provide accurate information, with significant favourable effects on working practices. In evaluating computer systems used in clinical practice it is essential to ensure that the projected work practice benefits are achieved without unacceptable costs in staff time, inaccurate data and high financial outlay. (shrink)

Objectives—To evaluate a departmental computer system.Design—a. Direct comparison of the time taken to use a manual system with the time taken to use a computer system for lung function evaluation, loan of equipment and production of correspondence. b. Analysis of the accuracy of data capture before and after the introduction of the computer system. c. Analysis of the comparative running costs of the manual and computer systems.Setting—Within a department of respiratory medicine serving a hospital of 1323 beds.Main Outcome Measures—a. Time (...) taken to perform functions with the assistance of computerised methods, in comparison to the manual method used alone. b. Accuracy of data capture. c. Relative running costs.Results—a. The computer system was significantly faster than the manual system for lung function evaluation, loan of equipment, and checking for overdue equipment. The production of correspondence was slightly slower with the computer. b. All outpatient episodes, but only 43 of 65 of inpatient episodes, were captured. Lung function and managerial report data were accurate using both manual and computerised methods. The manual system for equipment loans was inefficient, and use of the computer resulted in the recovery of 221 nebulisers. c. Development costs for 1988–1990 were high. Only £1200 to £1845 per year was recovered directly from staff time saved by the computer but larger savings resulted from changes in work practice. After 10 years the projected deficit is £10 000 per annum in running costs.Conclusions—In comparison with the manual methods, the computer system has shown significant advantages which provide accurate information, with significant favourable effects on working practices. In evaluating computer systems used in clinical practice it is essential to ensure that the projected work practice benefits are achieved without unacceptable costs in staff time, inaccurate data and high financial outlay. (shrink)

This book is devoted to the work of Robert A. Dahl, who passed away in 2014. Dahl was one of the most important American political scientists and normative democratic theorists of the post-war era, and he was also an influential teacher who mentored some of the most significant academics of the next two generations of American political science. As an incredibly productive scholar he had a career that spanned more than half a century, his first book was published in 1950 (...) his last was in 2007 at the age of 92. As a political scientist, he was respected even by those who were critical of his works. This theoretical significance and profound influence is reflected in the collection of chapters in this volume, which reads like a ‘who’s who’ of the contemporary US political science scene. His co-author Bruce Stinebrickner documents the evolution of his and Dahl’s seminal text, _Modern Political Analysis_ and how it became the standard introduction to American political science for nearly fifty years. Katharine MacKinnon’s chapter is of significance for its insights upon Dahl and also represents a succinct statement of a feminist reading and critique of contemporary political science. Steven Lukes contributes a highly concise statement of the difference between one-dimensional and three-dimensional power. This work will be a standard reference work for any researchers or those interested in the work of Robert Dahl, among both established academics and students. This book was originally published as a special issue of the _Journal of Political Power_. (shrink)

Osiurak and Reynaud highlight the critical role of technical-reasoning skills in the emergence of human cumulative technological culture, in contrast to previous accounts foregrounding social-reasoning skills as key to CTC. We question their analysis of the available evidence, yet for other reasons applaud the emphasis on causal understanding as central to the adaptive and collaborative dynamics of CTC.