Margery Kempe and her Book studied in both literary and historical context.

With growth in the quantity of business ethics journals in recent years, assessments of journal quality are helpful to ethics researchers and administrators, as researchers consider available publication venues, and administrators consider the value of faculty research. The few published evaluations of business ethics journals have predominantly utilized two methods of journal quality determination: citation analysis and surveys of active researchers. This study employs a novel method to assess business ethics journals: 83 Association to Advance Collegiate Schools of Business business (...) schools provided their internally developed journal lists that were used to evaluate faculty research, and the submitted lists were then analyzed for the presence and assessment of business ethics journals. This analysis yielded a ranking of 24 business-ethics-centric journals, and this ranking reflects the collective judgments of AACSB business school faculties. The results of this study are pragmatic in that the journal evaluation data employed metrics actually used by business schools to determine the quality of business ethics journals. These findings also provide additional impetus for the recognition of business ethics as a distinct business discipline and business ethics research as a unique field of scholarly endeavor. While studies of business ethics may be influential when they are published in non-BEC journals, such studies may be more powerfully impactful when published in BEC journals. (shrink)

ABSTRACT Between 1920 and 1922, the University of Bristol biochemist, Maximilian Nierenstein, published four papers in a series exploring the structure of catechin in the Journal of the Chemical Society. The Society then abruptly refused to accept any more of his papers on catechin, or any other subject. It provided him with no reasons for the embargo until 1925. It then transpired that Nierenstein was boycotted because it was deemed that he had not responded adequately to criticisms of his work (...) made by his rival in catechin research, the German natural products chemist, Karl Freudenberg. It was not until 1929 that, as a result of a petition by a group of his former Bristol pupils and friends, that Nierenstein was again permitted to publish in the Society’s journal. The paper explores the Chemical Society’s treatment of Nierenstein in detail, sheds new light on his career and his reaction to the Society’s unprecedented boycott, examines some of the structural chemistry involved in the disputes, and discusses whether Nierenstein’s research deserves the label of ‘bad science’. (shrink)

A lineage of prominent philosophers who have discussed the second-person relation can be regarded as advancing structural accounts. They posit that the second-person relation effects one transformative change to the structure of practical reasoning. In this paper, I criticise this orthodoxy and offer an alternative, substantive account. That is, I argue that entering into second-personal relations with others does indeed affect one's practical reasoning, but it does this not by altering the structure of one's agential thought, but by changing what (...) reasons can become available. The importance of second-personal thought for action is heterogenous. Second-person relations make possible the emergence of a wide variety of different kinds of practical reasons: creating some, revealing others. Recognising this diminishes the appeal of the traditional, structural accounts of the practical significance of such second-personal relations. Moving away from structural accounts facilitates a more thorough understanding of the intersubjective form of action. (shrink)

(Statement of Responsibility) by Lewis Carroll ; with illustrations in colors.

If I were asked to put forward an ethical principle which I considered to be especially certain, it would be that no one can be responsible, in the properly ethical sense, for the conduct of another. Responsibility belongs essentially to the individual. The implications of this principle are much more far-reaching than is evident at first, and reflection upon them may lead many to withdraw the assent which they might otherwise be very ready to accord to this view of responsibility. (...) But if the difficulties do appear to be insurmountable, and that, very certainly, does not seem to me to be the case, then the proper procedure will be, not to revert to the barbarous notion of collective or group responsibility, but to give up altogether the view that we are accountable in any distinctively moral sense. (shrink)

Given a set of objects characterized by a number of attributes, hidden patterns can be discovered in them for the grouping of similar objects into clusters. If each of these clusters can be considered as exemplifying a certain concept, then the problem concerned can be referred to as a concept discovery problem. This concept discovery problem can be solved to some extent by existing data clustering techniques. However, they may not be applicable when the concept involved is vague in nature (...) or when the attributes characterizing the objects can be qualitative, quantitative, and fuzzy at the same time. To discover such concepts from objects with such characteristics, we propose a Genetic-Algorithm-based technique. By encoding a specific object grouping in a chromosome and a fitness measure to evaluate the cluster quality, the proposed technique is able to discover meaningful fuzzy clusters and assign membership degrees to objects that do not fully exemplify a certain concept. For evaluation, we tested the proposed technique with simulated and real data and the results are found to be very promising. (shrink)

Given a set of objects characterized by a number of attributes, hidden patterns can be discovered in them for the grouping of similar objects into clusters. If each of these clusters can be considered as exemplifying a certain concept, then the problem concerned can be referred to as a concept discovery problem. This concept discovery problem can be solved to some extent by existing data clustering techniques. However, they may not be applicable when the concept involved is vague in nature (...) or when the attributes characterizing the objects can be qualitative, quantitative, and fuzzy at the same time. To discover such concepts from objects with such characteristics, we propose a Genetic-Algorithm-based technique. By encoding a specific object grouping in a chromosome and a fitness measure to evaluate the cluster quality, the proposed technique is able to discover meaningful fuzzy clusters and assign membership degrees to objects that do not fully exemplify a certain concept. For evaluation, we tested the proposed technique with simulated and real data and the results are found to be very promising. (shrink)

My office is in a medical building in suburban Washington, D.C. —in Bethesda, named for the Biblical healing pool. All of the offices of my building are occupied by medical specialists, representing the most sophisticated training in the application of the scientific method. Downstairs and of service to all of us is a pharmacy, looking for all the world like a research laboratory with its gleaming surface, meticulous cleanliness, micro-balances, records, reference books, and cash register. It is neatly stocked with (...) modern, physiologically-defined preparations of active, predictable drugs. Among the enzymes, hormones, antibiotics, and chemo therapeutics for neoplasm, are a few newly hatched, unfledged remedies, but most are dependable and thoroughly assayed. The intently busy, white-coated, unsentimental pharmacists serve a hard-headed group of practitioners and a neighborhood of upper-class, well-educated patients. It is disconcerting, then, to see the undersurface of this sophistication, the irrational shadows beneath the science. On the front counter of the pharmacy are displayed attractive colored advertisements and pleasantly seductive inducements to self-improvement through diet cults and foods, tranquilizers, energizers, protein supplements, happiness promisers, preparations to enhance sexuality, vitamins artfully combined, and many packeted stuffs of no rational or pretended use whatsoever. “Why,” I ask the gimlet-eyed pharmacist, “do you have this large display of ‘Il Wah Genuine Chinese Ginseng, the Miraculous Herb of Life’? Doesn't it violate your university training? Your integrity as a modernist?” “Oh,” says he, “ginseng makes you feel better! You have more energy. You can do more! Lots of athletes use it, and people who work too hard and feel exhausted. It's only $3.45 a package. The prescriptions you give me once in a while yield no profit, but I sell a lot of ginseng. I use it myself!” Bemused, I walk back to my office, wondering about the easy abandonment of rationality, and pull down a box of medicinals collected the year before at an open-air pharmacy in the riverside markets of Brazil. The box gives forth deliciously rich forest smells. The packets within contain barks, roots, seeds, all of purported medical value. Other packets have amulets, charms, and protectives. The colorful labels on some of the patent medicines invoke ancient saints and healers, and promise happiness, health, prosperity and power. The essential rationale for their use in indigenous medicine was illusive to me despite many conversations with indigenous healers, and many times I have gone through the hundreds of items trying to find the key to what Brazilian and North American people fundamentally want from a pharmacy. In both cultures, where does magic stop and science begin? Do shops in both countries vend talismans in the search for the enhanced life, and fetishes against death? How much of all drug use is ritual and inchoate expectation? How can we reduce the mystification and incrementally increase the rationality of our pharmacopeia? (shrink)

Evaluating the risks and anticipated benefits of medical, behavioral and, social research is a central function of institutional review boards. The calculation that IRBs undertake ultimately determines whether a particular research project involving human participants is permitted to proceed. In medical research the physical harms and even the anticipated benefits of a new procedure or drug are often apparent and quantifiable. In contrast, for social/behavioral research that may involve probing the most intimate feelings, thoughts, and actions of participants, the weighing (...) of risks and anticipated benefits, the calculation of possible harms and the acceptability of that harm require a more intense level of scrutiny.Even the early step of identifying and recruiting participants for a research endeavor may potentially cause harm, making participant selection a focus of IRB analysis. (shrink)

Evaluating the risks and anticipated benefits of medical, behavioral and, social research is a central function of institutional review boards. The calculation that IRBs undertake ultimately determines whether a particular research project involving human participants is permitted to proceed. In medical research the physical harms and even the anticipated benefits of a new procedure or drug are often apparent and quantifiable. In contrast, for social/behavioral research that may involve probing the most intimate feelings, thoughts, and actions of participants, the weighing (...) of risks and anticipated benefits, the calculation of possible harms and the acceptability of that harm require a more intense level of scrutiny.Even the early step of identifying and recruiting participants for a research endeavor may potentially cause harm, making participant selection a focus of IRB analysis. (shrink)

A review of a work in which a systematic and general theory of the nature of the conventions governing the semantics of a natural language is developed, with the object of offering a conceptual framework within which semantic phenomena can be understood in relation to syntax and to the communicative and social aspects of language. The empiricist theory of language is criticized for not supplying an adequate framework for the explanation of language learning. Taxonomy is a solution to the problems (...) caused by the limited application of general names. General concepts are not mastered individually, but rather as systems of the arbitrary division of ranges. Linguistic devices are systems of rules showing how human beings communicate with each other in order to forward specific human purposes. One such device can incorporate another and a natural language is merely a system of such systems. An attempt is made to put Wittgenstein's idea of "meaning as use" to work in the context of a general theory of language. A discussion follows on the relationship of Harrison's views to Chomsky's work in grammar and to recent studies in child language learning. R. Gaskill. (shrink)

The present paper analyzes the self‐generated explanations (from talk‐aloud protocols) that “Good” and “Poor” students produce while studying worked‐out examples of mechanics problems, and their subsequent reliance on examples during problem solving. We find that “Good” students learn with understanding: They generate many explanations which refine and expand the conditions for the action parts of the example solutions, and relate these actions to principles in the text. These self‐explanations are guided by accurate monitoring of their own understanding and misunderstanding. Such (...) learning results in example‐independent knowledge and in a better understanding of the principles presented in the text. “Poor” students do not generate sufficient self‐explanations, monitor their learning inaccurately, and subsequently rely heavily on examples. We then discuss the role of self‐explanations in facilitating problem solving, as well as the adequacy of current AI models of explanation‐based learning to account for these psychological findings. (shrink)

The present paper analyzes the self‐generated explanations (from talk‐aloud protocols) that “Good” and “Poor” students produce while studying worked‐out examples of mechanics problems, and their subsequent reliance on examples during problem solving. We find that “Good” students learn with understanding: They generate many explanations which refine and expand the conditions for the action parts of the example solutions, and relate these actions to principles in the text. These self‐explanations are guided by accurate monitoring of their own understanding and misunderstanding. Such (...) learning results in example‐independent knowledge and in a better understanding of the principles presented in the text. “Poor” students do not generate sufficient self‐explanations, monitor their learning inaccurately, and subsequently rely heavily on examples. We then discuss the role of self‐explanations in facilitating problem solving, as well as the adequacy of current AI models of explanation‐based learning to account for these psychological findings. (shrink)