STS represents a significant reform effort in science/technology education in grades kindergarten through the undergraduate collegiate years. It focuses on use of constructivism as a way of learning and a broader view of science, and as a way of assessing learning for real understanding. Basic to STS is teaching and the assessment of learning in multiple domains, namely, concepts, processes, the application of both to new situations, the nature and history of science, creativity skills, and attitude. When education occurs in (...) STS classrooms, students grow significantly in all domains and more so than in traditional classrooms. (shrink)

The major advantage of STS is the kind of teaching it allows and demands. Twelve middle school teachers who were enthused with STS teaching selected two sections for a research study. One section was the experimental STS section; the other followed the course syllabus and textbook closely. The major findings indicate the advantages for STS as a teaching approach. Students at the STS approach learned as many science concepts as students who were taught such concepts directly. But the students in (...) the STS sections were superior in all other aspects, including understanding and use of 14 process skills, use of creative thinking skills, development of more positive attitudes, better ability to apply and connect ideas and skills to other situations, and developing a better understanding of the nature and history of science. (shrink)

Six African countries participated in an intercontinental professional development workshop developed by the science and math staff at the University of Iowa and supported by the Africa-America Institute. The 11-day workshop was designed to produce changes in goal setting, assessment practices, instruction, and curriculum structures for high school teachers. The article provides a detailed description of the workshop and discusses evidence of workshop successes. Preworkshop and postworkshop vision statements and curriculum units were used to track the progression of five Kenyan (...) educators as they moved toward constructivist-based practices. Teachers enhanced their views of science and math learning outcomes and learning environment as the workshop progressed. Specifically, teachers moved from emphasizing better grades and exam scores to greater student use of science and math skills. They also shifted from a heavily teacher-centered classroom view to a more student-centered classroom view. (shrink)

Public support for and interest in various fields, issues, organizations, and situations change. Public support for and interest in science and science education have been studied over a thirty-year period. Yankelovich's work related to science was enlarged to include science education. The public was very supportive of science and science education following the 1957 lauching of the Soviet Sputnik This high level of support is observed again in 1985, presumably because of the relationship of science and technology to economic security. (...) Public support for science and science education was at a low point for the 30 year period in 1975. (shrink)

Public support for and interest in various fields, issues, organizations, and situations change. Public support for and interest in science and science education have been studied over a thirty-year period. Yankelovich's work related to science was enlarged to include science education. The public was very supportive of science and science education following the 1957 lauching of the Soviet Sputnik This high level of support is observed again in 1985, presumably because of the relationship of science and technology to economic security. (...) Public support for science and science education was at a low point for the 30 year period in 1975. (shrink)

The purpose of this study was to examine how different inquiry experiences affect in-service science teachers’ performance in terms of their questions and classroom actions. Teachers in a workshop experience proceeded through structured, guided, and full inquiry stations where materials to make foam were provided. Participants were 26 in-service science teachers who were enrolled in an 8-day workshop learning about science-technology-society (STS) approaches to teaching. Those who experienced full inquiry first resulted in more curiosity, more questions, and more unique experiments (...) than at the other two stations. Success in guided inquiry was observed when the guidance was provided by more open-ended questions posed by the leader teachers. The study raises questions concerning the limitations on student thinking when in structured and guided laboratories that characterize traditional science teaching. An analysis of this study may contribute important direction and information for science teaching and learning and encourage more moves for STS successes. (shrink)

Introduction -- Modes of settling: settling down, settling in, settling up, settling for, settling one's affairs, settling on -- The value of settling: settling as an aid to planning and agency, settling, commitment, trust, and confidence, settling the social fabric -- What settling is not: settling is not just compromising, settling is not just conservatism, settling is not just resignation -- Settling in aid of striving: settling in order to strive, what strivings require settling, and why, when to switch between (...) one and the other, and why -- Conclusions. (shrink)

The Federalist, justifying the Electoral College to elect the president, claimed that a small group of more informed individuals would make a better decision than the general mass. But the Condorcet Jury Theorem tells us that the more independent, better-than-random voters there are, the more likely it will be that the majority among them will be correct. The question thus arises as to how much better, on average, members of the smaller group would have to be to compensate for the (...) epistemic costs of making decisions on the basis of that many fewer votes. This question is explored in the contexts of referendum democracy, delegate-style representative democracy, and trustee-style representative democracy. (shrink)

"Among the foremost Catholic philosophers of his generation. He has utilized the fullness of the Catholic intellectual tradition to brilliantly take the measure of modern philosophical thought... This volume is an expression of Robert Wood's singular philosophical outlook." -Jude Dougherty, dean emeritus, school of philosophy, The Catholic University of America.

Starting with Goffman and ending with Foucault -- The spacetimeplace "thing" -- Time goes vertical; space yields in -- What Marx brought in from the cold : reproduction -- Bringing in the body -- Bring in geography.

This chapter contains sections titled: Cultural relativism Ethical absolutism A cognitive alternative to EA: ethical relativism External and internal objections to ER Finding the middle ground: pluralistic relativism Ethics in business Conclusion.

Originally published: c2000. With new pref. An award-winning biologist argues that the intersection of scientific creativity and religious insight is a prerequisite for the emergence of a more humane medical science.

Are there parallels between the "moment of insight" in science and the emergence of the "unknowable" in religious faith? Where does scientific insight come from? Award-winning biologist Robert Pollack argues that an alliance between religious faith and science is not necessarily an argument in favor of irrationality: the two can inform each other's visions of the world. Pollack begins by reflecting on the large questions of meaning and purpose--and the difficulty of finding either in the orderly world described by (...) the data of science. He considers the obligation to find meaning and purpose despite natural selection's claim to be a complete explanation of our presence as a species--a claim that calls upon neither natural intention, nor design, nor Designer. Next, the book focuses on matters of free will, from the choice of a scientist to accept evidence, to the choice of a religious person to accept a revelation, to a patient's loss of free will in medical treatment. Here Pollack addresses questions of ethics and offers a provocative comparison of two difficult texts whose contents remain incompletely understood: the DNA "text" of the human genome and the Hebrew record of Jewish written and oral law. In closing, Pollack considers the promise of genetic medicine in enabling us to glimpse our own future and offers a reconsideration of the possible utility of the so-called placebo effect in curing illness. Whether refuting a DNA-based biological model of Judaism or discussing the Darwinian concept of the species, Pollack, under the banner of free inquiry, presents a genuine, vital, and well-argued assay of the intersection of science and religion. (shrink)

This book examines the Condorcet Jury Theorem and how its assumptions can be applicable to the real world. It will use the theorem to assess various familiar political practices and alternative institutional arrangements, revealing how best to take advantage of the truth-tracking potential of majoritarian democracy.

Utilitarianism, the great reforming philosophy of the nineteenth century, has today acquired the reputation for being a crassly calculating, impersonal philosophy unfit to serve as a guide to moral conduct. Yet what may disqualify utilitarianism as a personal philosophy makes it an eminently suitable guide for public officials in the pursuit of their professional responsibilities. Robert E. Goodin, a philosopher with many books on political theory, public policy and applied ethics to his credit, defends utilitarianism against its critics and (...) shows how it can be applied most effectively over a wide range of public policies. In discussions of such issues as paternalism, social welfare policy, international ethics, nuclear armaments, and international responses to the environment crisis, he demonstrates what a flexible tool his brand of utilitarianism can be in confronting the dilemmas of public policy in the real world. (shrink)

Revisioning macro-democratic processes in light of the processes and promise of micro-deliberation, Innovating Democracy provides an integrated perspective on democratic theory and practice after the deliberative turn.

Bracket out the wrong of committing a wrong, or conspiring or colluding or conniving with others in their committing one. Suppose you have done none of those things, and you find yourself merely benefiting from a wrong committed wholly by someone else. What, if anything, is wrong with that? What, if any, duties follow from it? If straightforward restitution were possible — if you could just ‘give back’ what you received as a result of the wrongdoing to its rightful owner (...) — then matters are morally more straightforward. But in real-world cases that is often impossible, and questions of ‘how much, from whom and to whom?’ become far more vexing. The beneficiary disgorging all benefits of the wrong is part of the story, but where that is not possible or will not suffice to compensate the victim of wrongdoing we discuss various ways of allocating the cost of making the victim whole, including supplementation from public coffers. (shrink)

Democracy used to be seen as a relatively mechanical matter of merely adding up everyone's votes in free and fair elections. That mechanistic model has many virtues, among them allowing democracy to 'track the truth', where purely factual issues are all that is at stake. Political disputes invariably mix facts with values, however, and then it is essential to listen to what people are saying rather than merely note how they are voting. The great challenge is how to implement that (...) deliberative ideal among millions of people at once. In this strikingly original book, Goodin offers a solution: 'democratic deliberation within'. Building on models of ordinary conversational dynamics, he suggests that people simply imagine themselves in the position of various other people they have heard or read about and ask, 'What would they say about this proposal?' Informing the democratic imaginary then becomes the key to making deliberations more reflective - more empathetic, more considered, more expansive across time and distance. (shrink)

"How do we experience time? What do we use to experience it?In a series of remarkable experiments, Robert Ornstein shows that it is difficult to maintain an “inner clock” explanation of the experience".

Discusses the justification for a minimal welfare state independent of political rhetoric from the right or the left.