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The Gettier Problem has shaped most of the fundamental debates in epistemology for more than fifty years. Before Edmund Gettier published his famous 1963 paper, it was generally presumed that knowledge was equivalent to true belief supported by adequate evidence. Gettier presented a powerful challenge to that presumption. This led to the development and refinement of many prominent epistemological theories, for example, defeasibility theories, causal theories, conclusive-reasons theories, tracking theories, epistemic virtue theories, and knowledge-first theories. The debate about the appropriate use of intuition to provide evidence in all areas of philosophy began as a debate about the epistemic status of the 'Gettier intuition'. The differing accounts of epistemic luck are all rooted in responses to the Gettier Problem. The discussions about the role of false beliefs in the production of knowledge are directly traceable to Gettier's paper, as are the debates between fallibilists and infallibilists. Indeed, it is fair to say that providing a satisfactory response to the Gettier Problem has become a litmus test of any adequate account of knowledge even those accounts that hold that the Gettier Problem rests on mistakes of various sorts. This volume presents a collection of essays by twenty-six experts, including some of the most influential philosophers of our time, on the various issues that arise from Gettier's challenge to the analysis of knowledge. Explaining Knowledge sets the agenda for future work on the central problem of epistemology.
"This book investigates changes induced by information and communications technology in today's education system"--Provided by publisher.
This pioneering text contributes to the theory and practice of teaching and learning. The purpose is to unlock how key stakeholders of the spectrum of pre-universities in Singapore make sense of 'knowledge' and 'knowledge work', and endeavour to determine how their understanding of 'knowledge' shapes their understanding of 'knowledge work' and the conditions that affect their knowledge work. This monograph contributes in a most productive fashion to the necessary educational debates on teaching and learning, which quickly segue into pragmatic political debates about what sort of society and global community we desire.Using three widely diverse pre-university settings in Singapore as case studies, this book seeks to fill the existing gap by elucidating educators' and students' identification of knowledge, knowledge work and the problems and challenges confronting knowledge work.
The first comprehensive exploration of the nature and value of understanding, addressing burgeoning debates in epistemology and philosophy of science.
Document from the year 2020 in the subject Didactics - Common Didactics, Educational Objectives, Methods, , language: English, abstract: Today science teaching and learning is among other points of focus in educational research worldwide. This is because low students’ achievement in science educational programs has remained a great concern for all and for a long time and science literate individuals make greater contributions towards development. In response, Uganda government among other strategies recommended paying higher salaries to all her scientists’ employees. Students’ science performance in northern Uganda primary teachers’ colleges persistently remained low for a long time in spite of several efforts made for improvement. Good science teaching which improves performance demands for a graduate teachers’ full understanding of characteristics of science knowledge. Characteristics of science refers to different ways by which science knowledge or information can be explained or described correctly, for example, science knowledge is subjective and tentative. This study therefore investigated levels of tutors’ understanding of characteristics of science knowledge, their educational qualifications and year one and two students’ performance in Kyambogo University promotional and final 2017 and 2018 science education examinations results. Data was analyzed using descriptive statistics. The results indicated tutors have recommended qualifications but lack understanding of characteristics of science knowledge and students’ performance is also low. The condition requires Kyambogo University to ensure immediate integration of science tutors’ training curriculum with the framework of ideas of characteristics of science knowledge. In addition, education managers should organize and plan for workshop training for tutors on characteristics of science knowledge.
This open access book – as the title suggests – explores some of the historical roots and epistemological ramifications of perspectivism. Perspectivism has recently emerged in philosophy of science as an interesting new position in the debate between scientific realism and anti-realism. But there is a lot more to perspectivism than discussions in philosophy of science so far have suggested. Perspectivism is a much broader view that emphasizes how our knowledge (in particular our scientific knowledge of nature) is situated; it is always from a human vantage point (as opposed to some Nagelian "view from nowhere"). This edited collection brings together a diverse team of established and early career scholars across a variety of fields (from the history of philosophy to epistemology and philosophy of science). The resulting nine essays trace some of the seminal ideas of perspectivism back to Kant, Nietzsche, the American Pragmatists, and Putnam, while the second part of the book tackles issues concerning the relation between perspectivism, relativism, and standpoint theories, and the implications of perspectivism for epistemological debates about veritism, epistemic normativity and the foundations of human knowledge.
This book presents an in-depth perspective of knowledge as a fundamental process of any organization rather than just another resource to be managed. The author presents a process-oriented theory of creating and applying knowledge directed towards both researchers and practitioners. In this book the author develops normative knowledge management guidelines which draw from a unique view on knowledge, discussed in the field of philosophy since Plato but neglected by most knowledge management authors – by applying a philosophically grounded ‘social epistemology’ to organizations. The guidelines in this book call for an open and reflective space of knowledge creation, aligned with goals and structures of the organization. Numerous examples, field studies, and an application to the main case study on Seven-Eleven Japan complement both the descriptive view on knowledge as well as the normative guidelines presented in this book.​
The volume includes a set of selected papers extended and revised from the 4th International conference on Knowledge Discovery and Data Mining, March 1-2, 2011, Macau, Chin. This Volume is to provide a forum for researchers, educators, engineers, and government officials involved in the general areas of knowledge discovery and data mining and learning to disseminate their latest research results and exchange views on the future research directions of these fields. 108 high-quality papers are included in the volume.
Recontextualized Knowledge aims to analyze the communicative situations involved in the popularization of scientific knowledge: their settings, audiences, and the adaptive process of recontextualization in science communication. Taking an interdisciplinary approach, this publication brings together essays from rhetoric, linguistics, and psychology as well as political and education sciences to serve as an in-depth exploration of today's communicative situations in science communication.
What does it mean to understand something? What types of understanding can be distinguished? Is understanding always provided by explanations? And how is it related to knowledge? Such questions have attracted considerable interest in epistemology recently. These discussions, however, have not yet engaged insights about explanations and theories developed in philosophy of science. Conversely, philosophers of science have debated the nature of explanations and theories, while dismissing understanding as a psychological by-product. In this book, epistemologists and philosophers of science together address basic questions about the nature of understanding, providing a new overview of the field. False theories, cognitive bias, transparency, coherency, and other important issues are discussed. Its 15 original chapters are essential reading for researchers and graduate students interested in the current debates about understanding.