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Writings on Church and Reform

Nicholas of Cusa Thomas M. Izbicki

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Hardback

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English
Harvard Uni.Press Academi
01 May 2008
Nicholas of Cusa (1401–1464), widely considered the most important original philosopher of the Renaissance, was born in Kues on the Moselle River. A polymath who studied canon law and became a cardinal of the Roman Catholic Church, he wrote principally on speculative theology, philosophy, and church politics. As a political thinker he is best known for De concordantia catholica, which presented a blueprint for peace in an age of ecclesiastical discord.

This volume makes most of Nicholas's other writings on Church and reform available in English for the first time, including legal tracts arguing the case of Pope Eugenius IV against the conciliarists, theological examinations of the nature of the Church, and writings on reform of the papacy and curia. Among the works translated are an early draft of De concordantia catholica and the Letter to Rodrigo Sanchez de Arevalo, which discusses the Church in light of the Cusan idea of ""learned ignorance.""
By:  
Translated by:  
Imprint:   Harvard Uni.Press Academi
Country of Publication:   United States
Volume:   No. 33
Dimensions:   Height: 203mm,  Width: 133mm,  Spine: 38mm
Weight:   794g
ISBN:   9780674025240
ISBN 10:   0674025245
Series:   The I Tatti Renaissance Library
Pages:   416
Publication Date:  
Audience:   Professional and scholarly ,  Undergraduate
Format:   Hardback
Publisher's Status:   Active

Thomas M. Izbicki is Humanities Librarian, Archibald S. Alexander Library at Rutgers, The State University of New Jersey.

Reviews for Writings on Church and Reform

From the reviews: <p>The book is well-written and succeeds in its stated goal of providing a rich overview on the subject of biologically inspired intelligent Control for both students and researchers in the controls community. Although the book is aimed at readers with graduate degrees, it can also be used by undergraduate students who are sufficiently advanced in their understanding of control theory. <p>The text is amply illustrated with charts and graphs, as well as important mathematical equations, although this book makes a point of not going too deeply into the mathematicsa ] The margins of the text are usefully annotated with statements that seek to summarize key points that the author wishes to bring to the reader's attention. <p>The author also maintains a companion website that is continually updated and provides the reader with further examples and design problems, solution hints, lecture slides, and Matlab codes to help solve a number of key problemsa ] the book is amply supported by an extensive reference list with 560 entries that serve as a gateway to publications on both the subjects covered in the book and those that have been omitted. <p>At 926 pages, this book serves as a hefty but useful introduction and overview to a fascinating and growing field of engineering. It succeeds in its stated goal of providing the reader with a modern overview of biomimicry. <p>IEEE Transactions on Automatic Control 51 (2006) 1406 a 1407 (Reviewer: Jonathan K. Chow) <p> The recent book a ] is a welcome addition to the field of intelligent control, providing a good treatment on how to use our understanding of biological systems for the development of optimization algorithms andfeedback control systems. a ] The book is quite readable, and it challenges the readers to explore further ideas and issues in the field. In this sense, the main objectives of the author have been successfully achieved. a ] the book will find its appropriate place in university lecture rooms and libraries. (Clarence W. De Silva, SIAM Reviews, Vol. 47 (4), 2005)


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