Andrea Tschemplik - Böcker

Knowledge and Self-Knowledge in Plato's Theaetetus advances a new explanation for the apparent failure of the Theaetetus to come to a satisfactory conclusion about the definition of knowledge. Tschemplik argues that understanding this aporetic dialogue in light of the fact that it was conducted with two noted mathematicians shows that for Plato, mathematics was not the paradigm for philosophy. She points out that, although mathematics is clearly an important part of the philosopher's training, as the educational outline of the Republic makes clear, the point on which the mathematician falls short is the central role that self-knowledge plays in philosophical investigation. Theaetetus betrays this deficiency and is led by Socrates to an understanding of the benefits of self-knowledge understood as the knowledge of ignorance. Tschemplik concludes that it is the absence of self-knowledge in the Theaetetus which leads to its closing impasse regarding knowledge. This book will be of interest to scholars and graduate students in the history of philosophy with a special interest in ancient philosophy, and will also be accessible to upper-level undergraduates in ancient philosophy.

The volume that you hold in your hands offers a distinctive alternative to the many editions of Plato's Republic currently in print. Andrea Tschemplik provides a fresh and accessible translation of Plato's classic work, specially designed to aid newcomers in better understanding and appreciating the text. In addition, this volume provides a range of student-friendly supplements to enhance the learning experience. A general introduction addresses the standard challenges associated with reading Platonic dialogues, outlines the basic structure of the work, introduces key characters, and offers historical context. Each book begins with a helpful outline, and ends with study questions ideal for classroom discussion, paper assignments, or self-guided consideration of the text. Annotations, appendices, and an extensive index round out the volume.