Filling notebook after notebook with sketches, inventions, and theories, Leonardo da Vinci (1452–1519) not only stands as one of the most exceptional draftsmen of art history, but also as a mastermind and innovator who anticipated some of the greatest discoveries of human progress, sometimes centuries before their material realisation.
From the smallest arteries in the human heart to the far-flung constellations of the universe, Leonardo saw nature and science as being unequivocally connected. His points of enquiry and invention spanned philosophy, anatomy, geology, and mathematics, from the laws of optics, gravitation, heat and light to the building of a flying machine.
In his painting, Leonardo steered art out of the Middle Ages with works such as The Last Supper and the world-famous La Gioconda or Mona Lisa depicting not only physical appearances, but a compelling psychological intrigue and depth which continues to draw crowds of mesmerized visitors to masterpieces in Paris, Milan, Washington, London, and Rome.
This book collates some of Leonardo’s most outstanding work to introduce a figure of infinite curiosity, feverish imagination and sublime artistic ability, often described as having “not enough worlds for to conquer, and not enough lives for to live” (Alan Woods).
Frank Zöllner wrote his doctoral thesis on motifs originating from Antiquity in the history of art and architecture of the Medieval and Renaissance periods (1987). He is also the author of a postdoctoral treatise on motion and expression in the art of Leonardo da Vinci, published in 2010. He has published numerous works on Renaissance art and art theory, and on 20th-century art. Since 1996 he has been Professor of Medieval and Modern Art at the University of Leipzig. For TASCHEN he has authored the XL monographs on Leonardo da Vinci and Michelangelo.
Each book in TASCHEN’s Basic Art series features:
– a detailed chronological summary of the life and oeuvre of the artist, covering his or her cultural and historical importance
– a concise biography
– approximately 100 illustrations with explanatory captions