Using such terms as science and technology, which have been relatively - cently adopted, to write about situations and events that occurred 2,500 years ago, may be a paradox. The Homeric Epics, the Iliad and the Odyssey, refer to the Mycenean Era, a civilisation that ?ourished from the 16th to 12th c- tury BCE. The seeming paradox ceases to be one when modern specialists, searching through the ancients texts, discover knowledge and applications so advanced, that can be termed as scienti?c or technological in the modern sense of the words. The present book is based on extensive research performed by the author and his associates at the University of Patras, along with the presentations of other researchers at two international symposia, which he organized in 1 Ancient Olympia. It consists of ?ve parts, of which Part I is introductory, including such chapters as Homer and Homeric Epics, Troy and the mythological causes of the War, Achilles and his wrath, the siege and fall of Troy, Odysseus’ long way home, the Trojan war and the cultural tradition, scienti?c knowledge in the Homeric Epics and ?nally an account on science and technology. Part II includes three chapters on applications of principles of natural s- ence, including chariot racing and the laws of curvilinear motion, creep in wood and hydrodynamics of vortices and the gravitational sling.

This is the first scholarly exploration of concepts and representations of Artificial Intelligence in ancient Greek and Roman epic, including their reception in later literature and culture. Contributors look at how Hesiod, Homer, Apollonius of Rhodes, Moschus, Ovid and Valerius Flaccus crafted the first literary concepts concerned with automata and the quest for artificial life, as well as technological intervention improving human life. Parts one and two consider, respectively, archaic Greek, and Hellenistic and Roman, epics. Contributors explore the representations of Pandora in Hesiod, and Homeric automata such as Hephaestus' wheeled tripods, the Phaeacian king Alcinous' golden and silver guard dogs, and even the Trojan Horse. Later examples cover Artificial Intelligence and automation (including Talos) in the Argonautica of Apollonius and Valerius Flaccus, and Pygmalion's ivory woman in Ovid's Metamorphoses. Part three underlines how these concepts benefit from analysis of the ekphrasis device, within which they often feature. These chapters investigate the cyborg potential of the epic hero and the literary implications of ancient technology. Moving into contemporary examples, the final chapters consider the reception of ancient literary Artificial Intelligence in contemporary film and literature, such as the Czech science-fiction epic Starvoyage, or Small Cosmic Odyssey by Jan Kr?esadlo (1995) and the British science-fiction novel The Holy Machine by Chris Beckett (2004).

This is the first comprehensive study of prosthetics and assistive technology in classical antiquity, integrating literary, documentary, archaeological, and bioarchaeological evidence to provide as full a picture as possible of their importance for the lived experience of people with disabilities in classical antiquity. The volume is not only a work of disability history, but also one of medical, scientific, and technological history, and so will be of interest to members of multiple academic disciplines across multiple historical periods. The chapters cover extremity prostheses, facial prostheses, prosthetic hair, the design, commission and manufacture of prostheses and assistive technology, and the role of care-givers in the lives of ancient people with impairments and disabilities. Lavishly illustrated, the study further contains informative tables that collate the aforementioned different types of evidence in an easily accessible way.

This book discusses technological developments by distinguished figures in the history of MMS (mechanism and machine science). It includes biographies of well-known scientists, describing their efforts, experiences and achievements and offering a modern interpretation of their legacy. This volume includes scientists from a wide range of time periods, academic disciplines, and geographical backgrounds, such as Giovanni Bianchi, Homer, Taqi Al-Din, Jacques de Vaucanson, Ma Jun, Xu Baosheng, Alexander Alexandrovich Golovin, Francesco di Giorgio and Cesare Rossi. Covering a wide range of figures within the field of history of mechanical engineering, with a particular focus on MMS, this fourth volume is of interest to, and will inspire the work (historical or not) of many.

In Antikythera Mechanism: The Story Behind the Genius of the Greek Computer and Its Demise, Evaggelos Vallianatos, historian and ecopolitical theorist, shows that after the conquest of Persia by Alexander the Great in the late fourth century BCE, the Greeks, especially in Egypt, reached unprecedented heights of achievements in science, technology, and civilization. The Antikythera Mechanism, an astronomical computer probably crafted in Rhodes in the second century BCE, was proof of that prowess. It’s the grandfather of our computers. Greek sponge divers discovered the Antikythera Mechanism in 1900 on a 2,100-year-old Roman-era shipwreck. The hand-powered device reveals a sophisticated Greek technology previously unknown to scholars and historians, not seen and understood again until the twentieth and twenty-first centuries. The book not only describes how the sophisticated political and technological infrastructure of the Greeks after Alexander the Great resulted in the Antikythera celestial computer, and the bedrock of science and technology we know today, but also how the influence of Christianity on Greek civilization destroyed the nascent computer age of ancient Greece. Vallianatos, born in Greece and educated in America, is a historian, author, and journalist. He is a passionate champion of Greek culture and a well-suited guide to this historical account. Vallianatos explains how and why Greek scientists employed advanced engineering in translating the beautiful conception of the Antikythera Mechanism into an astronomical computer of genius: a bronze-geared device of mathematical astronomy, predicting the eclipses of the Sun and the Moon; calculating the risings and settings of important stars and constellations, and the movements of the planets around the Sun; while mechanizing the predictions of scientific theories. The computer’s accurate calendar connected these cosmic phenomena to the Olympics and other major Panhellenic religious and athletic celebrations, bringing the Greeks closer to their gods, traditions, and the Cosmos.

Traces the story of how ancient cultures envisioned artificial life, automata, self-moving devices and human enhancements, sharing insights into how the mythologies of the past related to and shaped ancient machine innovations.