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In The Spatial Reformation, Michael J. Sauter offers a sweeping history of the way Europeans conceived of three-dimensional space, including the relationship between Earth and the heavens, between 1350 and 1850. He argues that this "spatial reformation" provoked a reorganization of knowledge in the West that was arguably as important as the religious Reformation. Notably, it had its own sacred text, which proved as central and was as ubiquitously embraced: Euclid's Elements. Aside from the Bible, no other work was so frequently reproduced in the early modern era. According to Sauter, its penetration and suffusion throughout European thought and experience call for a deliberate reconsideration not only of what constitutes the intellectual foundation of the early modern era but also of its temporal range. The Spatial Reformation contends that space is a human construct: that is, it is a concept that arises from the human imagination and gets expressed physically in texts and material objects. Sauter begins his examination by demonstrating how Euclidean geometry, when it was applied fully to the cosmos, estranged God from man, enabling the breakthrough to heliocentrism and, by extension, the discovery of the New World. Subsequent chapters provide detailed analyses of the construction of celestial and terrestrial globes, Albrecht Dürer's engraving Melencolia, the secularization of the natural history of the earth and man, and Hobbes's rejection of Euclid's sense of space and its effect on his political theory. Sauter's exploration culminates in the formation of a new anthropology in the eighteenth century that situated humanity in reference to spaces and places that human eyes had not actually seen. The Spatial Reformation illustrates how these disparate advancements can be viewed as resulting expressly from early modernity's embrace of Euclidean geometry.
With bibliography of globes made in the Low Countries, ca. 1525-1800.
Die Festschrift vereinigt 29 Beitrage, die folgende Sachgebiete betreffen: arabische und mittelalterlich-europaische Mathematik, Uberlieferungsgeschichte der indisch-arabischen Ziffern, die arabisch-islamische Astronomie, die volkstumliche arabische Himmelskunde, das Astrolab und seine Nomenklatur, antike und spatgriechische astronome Traditionen, weitere Fragen bzw. Texte zur Uberlieferung der Wissenschaften im griechisch-syrisch-arabisch-lateinischen Traditionsraum. Alle Arbeiten sind originell und beruhen auf einschlagigen Originalquellen. Mehrere griechische, syrische, arabische und lateinische Texte bzw. Auszuge daraus sind auch ediert. Die Sammlung enthalt somit wichtige, neue Bausteine fur unser Gesamtbild von den arabischen Wissenschaften, ihrem Nachleben in Europa und weiteren Ausstrahlungen auf die europaische Geistesgeschichte.
This annually published Bibliography provides an overview of cartographical literature published around the world. Each annual volume lists approximately 2,000 monographs and articles published in some 400 periodicals. These are all analysed by an international group of collaborating experts. Among the topics covered are the history of cartography, cartographic personalities and institutions, the making of maps, areas such as topographical or atlas cartography, or maps for the blind, film and screen maps and the use of maps. Titles are listed in their original language and can be looked up either in the Author Index or in the English, French or German list of contents.
Published on the occasion of the exhibition held at the Institute for the Study of the Ancient World, New York University, New York, October 19, 2016-April 23, 2017.
In this volume all extant celestial maps and globes made before 1500 are described and analysed. It also discusses the astronomical sources involved in making these artefacts in antiquity, the Middle Ages, the Islamic world and the European Renaissance before 1500.
A chance discovery at a distinguished London map fair in 2012 by a Belgian globe collector produced the most unique of finds: a distinct globe with mysterious images, such as old ships, sailors, a volcano, a hybrid monster, pentimenti, waving patterns, conic individualised mountains, curving rivers, vigorous coastal lines, chiaroscuro and an unresolved triangular anagram, which remains an enigma. The globe is hand-engraved in great detail on ostrich egg shells from Pavia by a left-handed Renaissance genius of unquestionable quality. It shows secret knowledge of the map world from the time of Columbus, Cabral, Amerigo Vespucci and Leonardo da Vinci. Central and North America are covered by a vast ocean. The da Vinci globe originates from Florence and dates from 1504. It marks the first time ever that the names of countries such as Brazil, Germania, Arabia and Judea have appeared on a globe. A Leonardo drawing for this globe, showing the coast of the New World and Africa has been discovered in the British Library. This book brings the reader through a fabulous journey of scholars, maps, riddles, rebuses, iconographic symbols and enigmatic phrases such as HIC SVNT DRACONES to illuminate the da Vinci globe. It details 500 years of mystery, fine scholarship and expert forensic testing at numerous material science laboratories the world over. The da Vinci globe now takes its rightful place, surpassing the Lenox globe, its copper-cast identical twin, as the most mysterious globe of our time. As such, this monograph is an essential text in Leonardo studies and in the history of cartography.
This book provides the first English translation of the Greek text of the Spherics of Theodosios (2nd-1st century BCE), a canonical mathematical and astronomical text used from as early as the 2nd century CE until the early modern period. Accompanied by an introduction to the life and works of Theodosios and a contextualization of his Spherics among other works of Greek mathematics and astronomy, the translation is followed by a detailed commentary, and an accessible English paraphrase accompanied with mathematically generated diagrams. The volume has a broad appeal to both general and specialist readers who do not read ancient Greek – allowing readers to understand the mathematical and astronomical principles and methods used by ancient and medieval readers of this important text. The paraphrase with its mathematical diagrams will be useful for readers with a scientific and mathematical background. This study of one of the canonical mathematical and astronomical texts of the ancient Greco-Roman, classical Islamic, and medieval Christian worlds provides an invaluable resource for historians of science, astronomy, and mathematics, and scholars of the ancient and medieval periods.