Inventors Italy
Leonardo da Vinci was an Italian polymath of the High Renaissance, celebrated as a painter, draughtsman, engineer, scientist, theorist, sculptor, and architect. His remarkable abilities and innovative thinking made him an epitome of the Renaissance humanist ideal. Born in Vinci, near Florence, in 1452, Leonardo was educated in Florence by Andrea del Verrocchio, a renowned painter and sculptor. He began his career in Florence, later working in Milan, Rome, and France, where he died in 1519.
Da Vinci is revered for his artistic mastery, technological innovation, and scientific inquiry. Despite having fewer than 25 major works attributed to him, including several unfinished ones, his influence on Western art is profound. His magnum opus, the "Mona Lisa," housed in the Louvre Museum, Paris, is considered the world's most famous painting. "The Last Supper," his most reproduced religious painting, showcases his mastery of dramatic narrative and pictorial illusionism. Both paintings exhibit Leonardo's unique ability to convey complex human emotions and his innovative use of techniques like sfumato and chiaroscuro.
Leonardo's interests extended far beyond fine art. He was a visionary in multiple fields, including anatomy, physics, architecture, and mechanics. His notebooks reveal designs for machines like bicycles, helicopters, and military tanks, centuries ahead of their time. However, due to his diverse interests, he left many projects and paintings incomplete. Leonardo's final years were spent in France, where he continued his artistic and scientific pursuits until his death.
For collectors and experts in art and antiques, Leonardo da Vinci remains a figure of endless fascination. His works not only embody the pinnacle of Renaissance art but also provide insights into the era's scientific and philosophical inquiry. To stay updated on new sales and auction events related to Leonardo da Vinci, sign up for our newsletter. This subscription is a gateway to exploring the rich legacy of this unparalleled artist and inventor.
Athanasius Kircher was a German scholar, inventor, professor of mathematics and oriental studies, and a friar of the Jesuit order.
Kircher knew Greek and Hebrew, did scientific and humanities research in Germany, and was ordained in Mainz in 1628. During the Thirty Years' War he was forced to flee to Rome, where he remained for most of his life, serving as a kind of intellectual and information center for cultural and scientific information drawn not only from European sources but also from an extensive network of Jesuit missionaries. He was particularly interested in ancient Egypt and attempted to decipher hieroglyphics and other riddles. Kircher also compiled A Description of the Chinese Empire (1667), which was long one of the most influential books that shaped the European view of China.
A renowned polymath, Kircher conducted scholarly research in a variety of disciplines, including geography, astronomy, mathematics, languages, medicine, and music. He wrote some 44 books, and more than 2,000 of his manuscripts and letters have survived. He also assembled one of the first natural history collections.
Agostino Ramelli was an Italian military engineer and mechanic who worked in the fields of fortification and practical mechanics.
Ramelli studied mathematics, mechanics, and engineering under Giacomo di Marignano, who is considered a disciple of Leonardo da Vinci. He first showed his talents as a mechanic during Louis XIII's military campaign by constructing a mine under a bastion.
Ramelli invented many mechanisms that impressed his contemporaries, including their special aesthetic appeal. His most popular creation is the so-called Ramelli Book Wheel, a rotating reading table. Agostino Ramelli positioned his invention as a sleek design that allowed access to several books without having to get up from his seat.
Ramelli wrote and illustrated a book of engineering projects, Le various et artificiose machine ("Various and Artificial Machines"). The book contains 195 designs, over 100 of which are water-lifting machines, such as water pumps or wells, as well as bridges, mills, and so on. This very interesting book for our contemporaries is still published and is still in demand.
