History,philosophy and science teaching what can be done in an undergraduate course?

This paper describes an attempt to introduce philosophy and history of science to pre-service science teachers. I argue briefly for the view that science in the schools cannot be taught without implicitly assuming a particular philosophy of science. Therefore, both philosophy and history of science are necessary components of undergraduate science education courses.     

Making use of creationism. A case-study for the philosophy of science classroom

In this paper, I describe an approach to the teaching of philosophy of science that draws normally reluctant students into controversial issues in the philosophy of science. I have found that the topic of creationism is a good vehicle for introducing students to the more difficult issues in philosophy of science. I explore the use of creationism as a case-study in the philosophy of science and detail my own experience in the creationism debate.     

Science teaching: science teachers in Trinidad and Tobago share their stories

Qualitative narrative inquiry using exploratory interviews with five experienced secondary school science teachers in Trinidad and Tobago were analysed to reveal what learnings can be derived from the experiences and stories shared by these individuals. The stories present science teaching as an evolutionary process, which portrays science teaching with the following attributes: a work in progress, a haven for students, a lifelong vocation, and a personal commitment. Integral elements of science teaching as a process rather than a product in an atmosphere of discipline, respect, and trustworthiness were revealed. While this work is instructive for aspiring teachers and has several implications for teacher preparation programmes, the aim in this instance is to share the stories of these five teachers, and in that regard it serves a celebratory rather than a theoretical purpose.     

A New Task for Philosophy of Science

This paper argues that we philosophers of science have before us an important new task that we urgently need to take up. It is to convince the scientific community to adopt and implement a new philosophy of science that does better justice to the deeply problematic basic intellectual aims of science than that which we have at present. Problematic aims evolve with evolving knowledge, that part of philosophy of science concerned with aims and methods thus becoming an integral part of science itself. The outcome of putting this new philosophy into scientific practice would be a new kind of science, both more intellectually rigorous and one that does better justice to the best interests of humanity.     

临床思维学的教学实践与理论探索

思维是人类理性活动的基本方式,思维能力是最具人类特色的能力,临床思维能力的培养是一个非常重要、然而又常为人们所忽视的问题,主要介绍临床思维学的课程设置、主要内容、教学目的和教学效果,通过对教学实践的阶段性总结,对理论体系进行初步的探索,以推动临床思维学的普及和发展,提高临床诊断治疗水平。     

SOME WAYS EMERGING ADULTS ARE SHAPING THE FUTURE OF RELIGION AND SCIENCE

This article addresses how the field of religion and science will change in the coming decades by analyzing the attitudes of emerging adults (ages 18–30). I first present an overview of emerging adulthood to set the context for my analysis, especially highlighting the way in which emerging adults find themselves “in between” and in an “age of possibilities," free to explore a variety of options and thus often become “spiritual bricoleurs." Next, I expand on how a broadening pluralism in emerging adult culture changes both the conversation of “religion and science,” on one hand, and the locus for their interaction on the other. In the third section, I address the question of whether there exists a consensus view of how to relate religion and science. Paradoxically, though 18–30‐year‐olds perceive that there is conflict between science and religion, they personally endorse collaboration or independence. Finally, I draw conclusions for practitioners and theorists.     

Twenty-First Century Science as a Relational Process: From Eureka! To Team Science and a Place for Community Psychology

In this paper we maintain that twenty-first century science is, fundamentally, a relational process in which knowledge is produced (or co-produced) through transactions among researchers or among researchers and public stakeholders. We offer an expanded perspective on the practice of twenty-first century science, the production of scientific knowledge, and what community psychology can contribute to these developments. We argue that: (1) trends in science show that research is increasingly being conducted in teams; (2) scientific teams, such as transdisciplinary teams of researchers or of researchers collaborating with various public stakeholders, are better able to address complex challenges; (3) transdisciplinary scientific teams are part of the larger, twenty-first century transformation in science; (4) the concept of heterarchy is a heuristic for team science aligned with this transformation; (5) a contemporary philosophy of science known as perspectivism provides an essential foundation to advance twenty-first century science; and (6) community psychology, through its core principles and practice competencies, offers theoretical and practical expertise for advancing team science and the transformation in science currently underway. We discuss the implications of these points and illustrate them briefly with two examples of transdisciplinary team science from our own work. We conclude that a new narrative is emerging for science in the twenty-first century that draws on interpersonal transactions in teams, and active engagement by researchers with the public to address critical accountabilities. Because of its core organizing principles and unique blend of expertise on the intersection of research and practice, community psychologists are well-prepared to help advance these developments, and thus have much to offer twenty-first century science.     

Philosophy of Science in the Twenty‐First Century

Philosophy of science in the past half century can be seen as a reaction against logical empiricism's focus on modern logic as the format in which debates should be expressed and on physics as the canonical science. These reactions have resulted in a fragmentation of the field. Although this provides ways forward for disparate philosophies of various sciences, it threatens the very possibility of general philosophy of science. The debate that most obviously continues to be conducted at the general level—the debate about scientific realism—only does so because of a dangerous naïveté. Nevertheless, this article suggests that there is a place for general work not by starting at the highest level of abstraction but instead by abstracting general lessons from actual science.     

Towards a new image of science: Science teaching and non-analytical philosophy of science

This paper describes an attempt to develop a pedagogy for teaching philosophy in science rather than a philosophy of science to be taught in the Bulgarian educational system.     

A Religiously Partisan Science? Islamic and Christian Perspectives

Both within Christianity and Islam we can find influential scholars who maintain that science is not religiously neutral because it contains a naturalist bias. They argue that Christians or Muslims should respond by developing their own kind of science, an “Islamic science,” a “sacred science,” a “theistic science” or a “faith-informed science.” In this article the recent writings of two advocates of such a view, standing in two different religious traditions, namely Mehdi Golshani (Islam) and Alvin Plantinga (Christianity) are compared, analyzed, and evaluated. A distinction between different ways in which religion might enter into the fabric of science is introduced and it is argued that the most crucial issues surround the question of whether or not religion ought to play a part in the validation of theories.     

How Science Is a Resource and a Challenge for Religion: Perspective of a Theologian

Religion is characterized by the attempt to create a worldview, which is in effect the effort of worldbuilding. By this I mean that religion aims to focus on all of the elements that make up a person's world or a community's world and put those elements together in a manner that actually constructs a total picture that gives meaning and coherence to life. In this activity of worldbuilding, science and religion meet each other at the deepest level. Science makes a fundamental contribution to this worldbuilding effort and also poses a challenge. There are good grounds for this twofold role of science: (1) scientific knowledge is basic to any worldview in our time, and (2) science and its related technology engender new and often confusing experiences that require inclusion in any worldbuilding.
The challenge of science is that its contribution does not easily accommodate worldbuilding because of the factors of chance, indeterminacy, blind evolution, and heat death that are ascertained through scientific knowledge. Science is a resource for us in that the features of its knowledge can lend actuality and credibility to worldbuilding.
Religion needs science for its worldbuilding if its interpretations are to be credible and possess vivid actuality. Science needs religion because, unless its knowledge is incorporated into meaningful worldbuilding, science forfeits its standing as a humanistic enterprise and instead may count as an antihuman methodology and body of knowledge.     

Is Science Neurotic?

Neurosis can be interpreted as a methodological condition from which any aim-pursuing entity can suffer. If such an entity pursues a problematic aim B but represents to itself that it is pursuing a different aim C and, as a result, fails to solve the problems associated with B which, if solved, would lead to the pursuit of aim A, then the entity may be said to be "rationalistically neurotic." Natural science is neurotic in this sense insofar as its basic aim is represented as improving knowledge of factual truth as such (aim C), when actually the aim of science is to improve knowledge of explanatory truth (aim B). Science itself does not suffer significantly from this neurosis, but philosophy of science does. Much more serious is the rationalistic neurosis of the social sciences and academic inquiry more generally. freeing social science and academic inquiry from neurosis would have far-reaching beneficial, intellectual, institutional and cultural consequences.     

Making the audience a key participant in the science communication process

The public communication of science and technology has become increasingly important over the last several decades. However, understanding the audience that receives this information remains the weak link in the science communication process. This essay provides a brief review of some of the issues involved, discusses results from an audience-based study, and suggests some strategies that both scientists and journalists can use to modify media coverage in ways that can help audiences better understand major public issues that involve science and technology. Carol L. Rogers is editor of the interdisciplinary journal Science Communication.     

Three Arguments For Scientific Freedom

The principle of scientific freedom is usually taken forgranted; few attempts have been made to justify it systematically. The present paper discusses three “classic” arguments, which are used to justify this principle. However, it will become clear that (a) each argument refers to a different understanding of science and therefore justifies a different type of science, and that (b) each of them is based on assumptions which are not always consistent with the social reality of scientific research; the profound changes science has undergone since its inception are not sufficiently taken into account.     

RELIGION AND SCIENCE IN AN ADVANCED SCIENTIFIC CULTURE

Abstract. These are reflections on the Arkansas creationist trial by a witness for the American Civil Liberties Union. The following points are stressed: First, religion took the lead in defending science at the trial. Second, the appearance of creation science is a function not only of Protestant fudamentalism but also of the establishment of science in our wider culture. It represents a "deviant science" in such a culture. Third, our century has manifested many such bizarre unions of ideological religion and modern science. This shows that science is dependent upon its humanistic, moral, and religious matrix for its social and historical health. Fourth, part of the cause of the rise of creation science has been the power, status, and self–assurance of science that it represents "the only form of truth." Fifth, religion in turn tends both to increase and to become fanatical in advanced and precarious cultures; religion, therefore, needs rational and moral criticism if it would help in the creation of social health.     

LOOKING TO CHARLES TAYLOR AND JOSEPH ROUSE FOR BEST PRACTICES IN SCIENCE AND RELIGION

People discussing science and religion usually frame their conversations in terms of essentialist assumptions about science, assumptions requiring the existence (but not the specification) of criteria according to which science can be distinguished from other forms of inquiry. However, criteria functioning at a level of generality appropriate to such discussions may not exist at all. Essentialist assumptions may be avoided if science is understood within a broader context of human practices. In a philosophy of practices, to label a practice as “scientific” is to make a practically motivated provision for a way of speaking. Charles Taylor and Joseph Rouse have produced complementary philosophies of practice that promote this kind of understanding. In this essay I review the work of Taylor and Rouse, identify apparent residues of essentialism that each seems to harbor, and offer a resolution to some of their disagreements. I also criticize a form of essentialism commonly employed in Christian circles and outline an anti‐essentialist view of science that may be helpful in science‐and‐religion discussions.     

关于学习环模式的研究综述

学习环模式是一种有效的科学学习与教学模式。西方科学教育工作者对此做了大量研究,取得了丰硕成果。本文综述了学习环模式的理论基础、基本结构与发展。这一模式对于我国当前中小学科学课程设计和探究性学习的开展有一定的借鉴意义。     

Thought experiments and conceptual revision

The idea that claims about the physical world might be arrived through a priori reasoning has a long history in physics. But it is clear that empiricist notions of the nature of science, and in particular the empirical nature of physics, have held sway in this century. Yet, in the idea of thought experiments in science, we might find the survival of earlier a priori reasoning to the truth of claims about the physical world. This paper challenges the notion that science can be understood as a purely empirical endeavor and points out what reforms would be necessary for teaching the image of science to our young.     

Attending to the spiritual through the teaching of science: a study of pre‐service primary teachers’ attitudes

Analysis of the attitudes of 140 pre‐service primary teachers, and of extended interviews with 15 of these prospective teachers, indicates differences in the ways pre‐service teachers use science in their heuristic reasoning and their ability and/or willingness to include a spiritual dimension in their science teaching. These differences were a reflection of neither the prospective teachers’ formal scientific training nor their personal religious faiths – both factors have been found to make little difference. Rather, they are indicative of how their personal conceptual frameworks emanate and influence their teaching approaches. Most are clearly able to engage with science’s spiritual component: an appreciation of the need for individual humility and recognition that scientific understanding is the result of a shared, collective endeavour. Despite most prospective teachers being neither hostile to the thought of addressing spiritual issues during their teaching of science nor totally convinced of its importance, they are also largely ignorant of the possibility, never mind the potential benefits, of its inclusion.     

TEACHING SCIENCE AND RELIGION IN THE TWENTY‐FIRST CENTURY: THE MANY PEDAGOGICAL ROLES OF CHRISTOPHER SOUTHGATE

With the goal of understanding how Christopher Southgate communicates his in‐depth knowledge of both science and theology, we investigated the many roles he assumes as a teacher. We settled upon wide‐ranging topics that all intertwine: (1) his roles as author and coordinating editor of a premier textbook on science and theology, now in its third edition; (2) his oral presentations worldwide, including plenaries, workshops, and short courses; and (3) the team teaching approach itself, which is often needed by others because the knowledge of science and theology do not always reside in the same person. Southgate provides, whenever possible, teaching contexts that involve students in experiential learning, where they actively participate with other students. We conclude that Southgate's ultimate goal is to teach students how to reconcile science and theology in their values and beliefs, so that they can take advantage of both forms of rational thinking in their own personal and professional lives. The co‐authors consider several examples of models that have been successfully used by people in various fields to integrate science and religion.