- ホーム
- > 洋書
- > ドイツ書
- > Humanities, Arts & Music
- > Philosophy
- > general surveys & lexicons
基本説明
Die Themen der Raum-Zeit-Philosophie umgreifen ein weites Spektrum und schließen insbesondere eine Reihe von Gegenständen ein, die auf den ersten Blick mit Raum und Zeit wenig zu tun haben.
Description
Philosophy is the attempt to answer particular questions using transparent and convincing argument. Fundamental philosophical questions are questions about our understanding of the world in general and our place in it. As a matter of principle, these questions can only be answered through controversy. The series Basic Topics in Philosophy aims to provide a space for the discussion of such fundamental philosophical questions. Instead of providing a comprehensive introductory presentation, each volume will take issue with selected historical positions in order to analyse the particular problem and discuss possible solutions. At the same time, the authors will set their own marks and take up positions, so that the result will not be merely a view of the history of philosophy, but also a systematic contribution to the problem under discussion.
The volumes in the series are intended equally for students of philosophy and other subjects and for professional philosophers. In addition, the series is aimed at all those readers with an interest in fundamental questions of philosophy.
The philosophical treatment of space and time has had a long history. This continuing interest stems not least from the fact that space and time form the basis of movement.
Space-time philosophy encompasses a wide range of subjects, many of which, on first inspection, do not seem to have anything to do with space and time. Space-time philosophy is a matter of causality and probability, the Big Bang and Heat Death. It is a matter of the origins of each term's meaning and the inability to experience space-time theory first hand. It is a matter of Achilles and the turtle, as well as, Maxwell's demon.
In dealing with space-time, one does not deal solely with space and time.
Martin Carrier, Universität Bielefeld.



