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Reconstructing Nature
This book, first published in the U.K. by T&T Clark, expands on the authors' prestigious Glasgow Gifford Lectures of 1995-6. Brooke and Cantor herein examine the many different ways in which the relationship between science and religion has been presented throughout history. They contend that, in fact, neither science nor religion is reducible to some timeless "essence"--and they deftly criticize the various master-narratives that have been put forward in support of such "essentialist" theses. Along the way, they repeatedly demolish the clichés so typical of popular histories of the science and religion debate, demonstrating the impossibility of reducing these debates to a single narrative, or of narrowing this relationship to a paradigm of conflict.
Information and Randomness
The first edition of the monograph Information and Randomness: An Algorithmic Perspective by Crist ian Calude was published in 1994. In my Foreword I said: "The research in algorithmic information theory is already some 30 years old. However, only the recent years have witnessed a really vigorous growth in this area. . . . The present book by Calude fits very well in our series. Much original research is presented. . . making the approach richer in consequences than the classical one. Remarkably, however, the text is so self-contained and coherent that the book may also serve as a textbook. All proofs are given in the book and, thus, it is not necessary to consult other sources for classroom...
Optics After Newton
None
Georg Cantor
One of the greatest revolutions in mathematics occurred when Georg Cantor (1845-1918) promulgated his theory of transfinite sets. This revolution is the subject of Joseph Dauben's important studythe most thorough yet writtenof the philosopher and mathematician who was once called a "corrupter of youth" for an innovation that is now a vital component of elementary school curricula. Set theory has been widely adopted in mathematics and philosophy, but the controversy surrounding it at the turn of the century remains of great interest. Cantor's own faith in his theory was partly theological. His religious beliefs led him to expect paradoxes in any concept of the infinite, and he always retained his belief in the utter veracity of transfinite set theory. Later in his life, he was troubled by recurring attacks of severe depression. Dauben shows that these played an integral part in his understanding and defense of set theory.
Religion and the Great Exhibition of 1851
Drawing on sermons and extensive source material from the mid-Victorian religious press, this innovative reappraisal of the Great Exhibition of 1851 shows that it was widely understood by contemporaries to possess a religious dimension and that it generated controversy among religious groups.
Quakers, Jews, and Science
"This study examines how two minorities - the Quaker and Anglo-Jewish communities - engaged with the sciences. With their roots in the mid-seventeenth century, both communities maintained their religious and social norms throughout the eighteenth and nineteenth centuries, while standing outside the hegemony of the Anglican Church and being subject to various forms of discrimination. Yet for both Quakers and Jews science offered educational and career opportunities and participation in the wider society. They adopted their own scientific interests, with Quakers being attracted principally to the observational sciences. Drawing on a wealth of documentary material, much of which has not been analysed by previous historians, Geoffrey Cantor charts the involvement of Quakers and Jews in many different aspects of science: scientific research, science education, science-related careers, and scientific institutions ranging from the Royal Society to the Great Exhibition."--BOOK JACKET.
The Correspondence of John Tyndall
volume 1. Correspondence 1840-3 / edited by Geoffrey Cantor and Gowan Dawson.
Companion to the History of Modern Science
* A descriptive and analytical guide to the development of Western science from AD 1500, and to the diversity and course of that development first in Europe and later across the world * Presented in clear, non-technical language * Extensive indexes of Subjects and Names `Indeed a companion volume whose 67 essays give pleasure and instruction ... an ambitious and successful work.' - Times Literary Supplement `This work is an essential resource for libraries everywhere. For specialist science libraries willing to keep just one encyclopaedic guide to history, for undergraduate libraries seeking to provide easily accessible information, for the devisers of university curricula, for the modern so...
Contributions to the Founding of the Theory of Transfinite Numbers
"In it, Jourdain outlines the contributions of many of Cantor?'s forerunners including Fourier, Dirichlet, Cauchy, Weierstrass, Riemann, Dedekind, and Hankel and then further contextualizes Cantor?'s groundbreaking theory by recounting and examining his earlier work. In this volume, Cantor addresses: the addition and multiplication of powers the exponentiation of powers the finite cardinal numbers the smallest transfinite cardinal number aleph-zero addition and multiplication of ordinal types well-ordered aggregates the ordinal numbers of well-ordered aggregates and much more.German mathematician GEORG CANTOR (1845-1918) is best remembered for formulating set theory. His work was considered controversial at the time, but today he is widely recognized for his important contributions to the field of mathematics."
Quakers, Jews, and Science
How do science and religion interact? This study examines the ways in which two minorities in Britain - the Quaker and Anglo-Jewish communities - engaged with science. Drawing on a wealth of documentary material, much of which has not been analysed by previous historians, Geoffrey Cantor charts the participation of Quakers and Jews in many different aspects of science: scientific research, science education, science-related careers, and scientific institutions. The responses of both communities to the challenge of modernity posed by innovative scientific theories, such as the Newtonian worldview and Darwin's theory of evolution, are of central interest.
