## Temporal LogicThis book is an introduction to temporal logic, a now flourishing branch of philosophical logic whose origin is of recent date, its main impetus having been provided by the publication in the late 1950s of A. N. PRIOR'S pioneering book, Time and Modality (Oxford, The Clarendon Press, 1957). Virtually all work in the field to around 1966 is surveyed in PRIOR'S elegant treatise Past, Present and Future (Oxford, The Clarendon Press, 1967). In consequence, it is no simple matter to write a comprehensive book on the subject with out merely rehearsing material already dealt with in PRIOR'S works. We believe, however, that the present book succeeds in this difficult endeavor because it approaches established materials from wholly novel points of departure, and is thus able to attain new perspectives and achieve new results. Its introductory character notwithstanding, the present work is consequently in substantial measure devoted to an exposition of new findings and a demonstration of new results. Parts of the book have been published previously. Chapter II is a modified version of an article of the same title by N. RESCHER and JAMES GARSON in The Journal of Symbolic Logic (vol. 33 [1968], pp.537-548). And Chapter XIII is a modified version of the article "Temporally Conditioned Descriptions" by N. RESCHER and JOHN ROBISON in Ratio, vol. 8 (1966), pp. 46-54. The authors are grateful to Professors GARSON and ROBISON, and to the editors of the jounal involved, for their permission to use this materials here. |

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### Índice

Foreword on Notation and Prerequisites XVII | 1 |

Chapter II | 13 |

The Possible Worlds Interpretation of Topological Logic | 21 |

Direitos de autor | |

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### Outras edições - Ver tudo

Temporal Logic University Professor of Philosophy Nicholas Rescher,Alasdair Urquhart Pré-visualização indisponível - 1971 |

### Palavras e frases frequentes

actual adding appears application argument assertion assume assumption axiom branching Chapter characterize chronologically closed complete conception condition consequence consider construction context contingency corresponding course define definite determined diagram distinct elements equivalent example existence expressed fact false follows formula function further future given hence holds idea identity inference introduce issue laws linear machinery means metric modal nature node Note obtain occur operators ordering origin past position possible preceding present principle PRIOR proof proposition provable prove quantifiers question raining in London realized reference regarding relation represent respect result rule sense specifically statement structure tableau temporal temporal logic tense logic tense-structure theorem theory thesis tion transitivity tree true truth U-relation valid variables