|9780822945253|The Correspondence, January 1853–December 1854| The 329 letters in this volume represent a period of immense transition in John Tyndall’s life. A noticeable spike in his extant correspondence during the early 1850s is linked to his expanding international network, growing reputation as a leading scientific figure in Britain and abroad, and his employment at the Royal Institution. By December 1854, Tyndall had firmly established himself as a significant man of science, complete with an influential position at the center of the British scientific establishment. Tyndall’s letters throughout the period covered by this volume provide great insight into how he navigated…

|9780822945376|Global Patterns of Scientific Exchange, 1000-1800 CE|In the second millennium CE, long before English became the language of science in the twentieth century, the act of translation was crucial for understanding and disseminating knowledge and information across linguistic and geographic boundaries. This volume considers the complexities of knowledge exchange through the practice of translation over the course of a millennium, across fields of knowledge—cartography, health and medicine, material construction, astronomy—and a wide geographical range, from Eurasia to Africa and the Americas. Contributors literate in Arabic, Catalan, Chinese, Greek, Hebrew, Italian, Japanese, Latin, Minnan, Ottoman, and Persian explore the history of…

|9780822945345|Science, Industry, and Innovation in Modern America|Born in 1902, Edward Condon made significant contributions to quantum theoretical physics. Nearly ten years at Princeton University sealed his reputation as a leading figure in the field. Then, in 1937, he gave it all up to pursue an industrial career, first at the Westinghouse Electric and Manufacturing Company, and then, by way of the federal government, the National Bureau of Standards. In a radical departure from professional norms, Condon sought to redefine the relationship between academic science and technological innovation in industry. He envisioned intimate cooperation with the universities to serve the needs…

|9780822945321|The Correspondence, January 1855–October 1856|This volume contains 266 letters covering a period of twenty-two months, when Tyndall was in his midthirties and had been employed by the Royal Institution as professor of natural philosophysince September 1853. Many of the letters printed here concern the lectures he delivered at the RI and other institutions and his attempt to establish his reputation as a researcher. Although he published in several other areas—including the cleavage of rocks, colorblindness, and glaciers—the main focus of his research was the newly discovered and problematic phenomenon of diamagnetism. Tyndall reported his experimental results and theoretical views on…

|9780822945413|Word Histories of Ingenuity in Early Modern Europe|Before Romantic genius, there was ingenuity. Early modern ingenuity defined every person—not just exceptional individuals—as having their own attributes and talents, stemming from an “inborn nature” that included many qualities, not just intelligence. Through ingenuity and its family of related terms, early moderns sought to understand and appreciate differences between peoples, places, and things in an attempt to classify their ingenuities and assign professions that were best suited to one’s abilities. Logodaedalus, a prehistory of genius, explores the various ways this language of ingenuity was defined, used, and manipulated between 1470 and 1750….