Giuseppe Campani, “Inventor Romae,” an Uncommon Genius offers an account of the life and creations of the most talented maker of optic lenses, silent clocks and projector clocks of the second half of the seventeenth century but also provides you with unique insights into the scientific and technological landscape of baroque Rome and its links to a broader European scene.

This book takes the reader on an exploration of the Cosmos, from Mesopotamia and Egypt to China; it unveils the fascinating development of astronomy and mathematics. After an overview of the origins of these subjects, highlighting the contributions of Greek astronomers, the Arab culture, and Copernicus' solar system model, the book delves into the revolutionary work of Tycho Brahe, Johannes Kepler, Galileo Galilei, and Isaac Newton, leading to a comprehensive understanding of the solar system. Special attention is given to the instruments used by ancient astronomers, including the most important astronomical clocks and planetary machines. In light of this, the author examines Kepler's almost unknown design of a planetary machine and offers an interpretation using virtual reality techniques. The book also highlights the Chinese view of the Cosmos and the evolution of its astronomy and astronomical machines, offering readers a unique perspective and insight into the relationship between astronomy and technology in different cultures. Finally, the author provides a practical approach to understanding the construction and mechanics of astronomical machines, exploring the process of designing and manufacturing a Tellurium. The reading is enriched with short videos of the Tellurium, along with a translation of the description of the planetary machine by Christiaan Huygens. In addition, it provides a unique glimpse into the religious influences on astronomical studies during the mid-1700s through the translation of Johann Albrecht Bengel's book Cyclus. This book is a must-read for anyone interested in the history of science and technology. It appeals to astronomers, mathematicians, physicists, and historians of science and technology alike, providing fascinating descriptions and insightful analysis of the vision of the Cosmos from its earliest conceptions to the present day.

Janello Torriani, or Juanelo Turriano (Cremona, ca. 1500 – Toledo, 1585), is the greatest––though forgotten–– among Renaissance inventors and constructors of machines. His story is foundational for the understanding of the roots of the Scientific and the Industrial Revolutions.

This volume explores the various strategies by which appropriate pasts were construed in scholarship, literature, art, and architecture in order to create “national”, regional, or local identities in late medieval and early modern Europe. Because authority was based on lineage, political and territorial claims were underpinned by historical arguments, either true or otherwise. Literature, scholarship, art, and architecture were pivotal media that were used to give evidence of the impressive old lineage of states, regions, or families. These claims were related not only to classical antiquity but also to other periods that were regarded as antiquities, such as the Middle Ages, especially the chivalric age. The authors of this volume analyse these intriguing early modern constructions of “antiquity” and investigate the ways in which they were applied in political, intellectual and artistic contexts in the period of 1400–1700. Contributors include: Barbara Arciszewska, Bianca De Divitiis, Karl Enenkel, Hubertus Günther, Thomas Haye, Harald Hendrix, Stephan Hoppe, Marc Laureys, Frédérique Lemerle, Coen Maas, Anne-Françoise Morel, Kristoffer Neville, Konrad Ottenheym, Yves Pauwels, Christian Peters, Christoph Pieper, David Rijser, Bernd Roling, Nuno Senos, Paul Smith, Pieter Vlaardingerbroek, and Matthew Walker.