In this article it is argued that a complex model that includes Toulmin's functional account of argument, the pragma-dialectical stage analysis of argumentation offered by the Amsterdam School, and criteria developed in critical thinking theory, can be used to account for the normativity and field-dependence of argumentation in science. A pragma-dialectical interpretation of the four main elements of Toulmin's model, and a revised account of the double role of warrants, illuminates the domain specificity of scientific argumentation and the restrictions to (...) which the confrontation and opening stages of scientific critical discussions are subjected. In regard to the argumentation stage, examples are given to show that a general account of argumentation, as advocated by informal logicians, is not applicable to arguments in science. Furthermore, although patterns of inference differ in various scientific practices, deductive validity is argued to be a crucial notion in the assessment of scientific arguments. Finally, some remarks are made concerning the burden of proof and the concluding stage of scientific argumentation. (shrink)

Thinking on Screen: Film as Philosophy is an accessible and thought-provoking examination of the way films raise and explore complex philosophical ideas. Written in a clear and engaging style, Thomas Wartenberg examines films’ ability to discuss, and even criticize ideas that have intrigued and puzzled philosophers over the centuries such as the nature of personhood, the basis of morality, and epistemological skepticism. Beginning with a demonstration of how specific forms of philosophical discourse are presented cinematically, Wartenberg moves on to offer (...) a systematic account of the ways in which specific films undertake the task of philosophy. Focusing on the films The Man Who Shot Liberty Valance, Modern Times, The Matrix, Eternal Sunshine of the Spotless Mind, The Third Man, The Flicker , and Empire , Wartenberg shows how these films express meaningful and pertinent philosophical ideas. This book is essential reading for students of philosophy with an interest in film, aesthetics, and film theory. It will also be of interest to film enthusiasts intrigued by the philosophical implications of film. (shrink)

This paper considers two philosophical problems and their relation to science education. The first involves the rationality of science; it is argued here that the traditional view, according to which science is rational because of its adherence to (a non-standard conception of) scientific method, successfully answers one central question concerning science''s rationality. The second involves the aims of education; here it is argued that a fundamental educational aim is the fostering of rationality, or its educational cognate, critical thinking. The ramifications (...) of these two philosophical theses for science education are then considered, and a science education which takes reasons in science as its fundamental feature is sketched. (shrink)

Philosophy with children (P4C) 1 presents significant positive challenges for educators. Its 'community of enquiry' pedagogy assumes not only an epistemological shift in the role of the educator, but also a different ontology of 'child' and balance of power between educator and learner. After a brief historical sketch and an outline of the diversity among P4C practitioners, epistemological uncertainty in teaching P4C is crystallised in a succinct overview of theoretical and practical tensions that are a direct result of the implementation (...) of P4C in mainstream education. These recurring pedagogical tensions in my practice as P4C teacher, teacher educator and mentor of teacher educators cause disequilibrium that opens up rich opportunities for philosophy of education in supporting novice P4Cers. Disequilibrium is a positive force that opens up a space in which educators need to reflect upon their values, their beliefs about learning and teaching, and ultimately encourages educators to rethink their own role. Plato's metaphor of the stingray highlights the role of the P4C teacher educator as model of the P4C teacher in any setting: 'to numb and to be numbed'. The P4C community and its institutions need to address the questions arising from these pedagogical tensions; and this needs to be done with integrity, that is, in communities of enquiry that include children. If not, in the long term, a more instrumental version of P4C may prevail. (shrink)

In a series of exquisite examples that could only have been gathered by a professional philosopher with an extraordinary respect for young minds, Gareth...

Conceptualizations of critical thinking framed in terms of mental processes have been highly influential in contemporary education. Such conceptualizations have, however, been criticized by philosophers of education both because of the problematic nature of the notion of mental processes and because of their lack of a normative dimension. I argue, however, that the reliance on the notion of skills in the accounts of some of these same philosophers renders their accounts potentially subject to some of the same criticisms which they (...) level against process conceptualizations. This problem becomes particularly salient in the debate over the generalizability of critical thinking where the introduction of the concept of skills frames the issue in terms of the transfer of an inner process or ability. I argue that critical thinking is better conceptualized in terms of the achievement of certain understanding or intellectual resources. The problem of generalizability then becomes one of determining the range of use and application of the principles and criteria which constitute our public traditions of inquiry rather than one of determining the transference of some putative mental ability. (shrink)

Shows that many of our understandings about scientific thought can be corrected once we realise just how unnatural science is. Quoting scientists from Aristotle to Einstein, the book argues that scientific ideas are, with rare exceptions, counter-intuitive and contrary to common sense.

In recent years there has been an increase in the number of calls for moral education to receive greater public attention. In our pluralist society, however, it is difficult to find agreement on what exactly moral education requires. Philosophical Discussion in Moral Education develops a detailed philosophical defence of the claim that teachers should engage students in ethical discussions to promote moral competence and strengthen moral character. Paying particular attention to the teacher's role, this book highlights the justification for, and (...) methods of, creating a classroom community of ethical inquiry. (shrink)

Arranged and integrated to reveal epistemology, phenomenology, theory of signs, other major topics.

Provides the means for an in-depth collaborative inquiry into scientific concepts, the nature of science, the ethical implications of science and the links between science and students' everyday lives. The first section discusses the theoretical basis for the approach used, citing relevant research, while the second presents a wide range of 15 purpose written stories to read and discuss with a class.

Books into Ideas uses a Philosophy for Children approach to encourage thinking in young learners. It clearly explains how facilitators can set up a Community of INquiry within the classroom and teach questioning techniques at all levels of thinking. There are detailed notes on how to use 15 picture books.

A collection of original philosophical essays that together make a robust case for the teaching of philosophy in schools. >.

The origins and development of community of philosophical inquiry -- The theoretical landscape -- Philosophising with five year olds -- Creating a community of philosophical inquiry (CoPI) with all ages -- Different methods of group philosophical discussion -- What you need to know to chair a CoPI with six to sixteen year olds -- Implementing CoPI in primary and secondary schools -- CoPI, citizenship, moral virtue, and academic performance with primary and secondary children.

The disciplines of science have traditionally been regarded as a natural venue for the practice of critical thinking. Matthew Lipman notes that in the sciences critical thinking is primarily construed as a problem solving strategy but suggest that "...we see critical thinking as the internalization of inquiry in general, and not just of scientific or philosophical inquiry...." He also identifies critical thinking as only one of a complex of higher-order thinking skills that also incorporates creative and caring thinking. All of (...) these are essential not only for the practice of science but for the understanding of evaluation of scientific activity by nonscientists. Because of the effectiveness of the Philosophy for Children pegagogical program in fostering those habits of mind considered to be valuable in science, importing Philosophy for Children into the science classroom seems to be a logical move. Mark Weinstein has suggested three ways in which the Philosophy for Children's "pedagogical framework based on community of inquiry" might be extended to teaching in various academic disciplines. (shrink)

In life reason and emotion are best when complementary. In fact active inquiry in philosophy and in science and mathematics do meet best in the learning process. Since significant meaning making activities can occur in mathematics, philosophy should be studied in the science class. "The notion that mathematics is cold-blooded and stories are warm-blooded must be rethought.".