As early as the 6th century BC, the ancient Greeks were interested in the science of optics, which deals with light and the changes it undergoes and causes.
Plato, Democritus, Empedocles, Aristotle, and later Archimedes, Euclid, Heron of Alexandria, and even Claudius Ptolemy studied and wrote about vision, light, rays, and laid the groundwork for modern theories on light.
Christos D. Lazos (1949–2016) studied engraving at the Athens School of Fine Arts and had been involved in writing books since 1968. Between 1975 and 1981, he served as publisher and editor-in-chief of the popular science magazine Mysteries of the Universe.
Between 1986 and 1989, Christos D. Lazos played an active role in the establishment of the Historical Archive of Greek Youth (IAEN) and contributed to the creation of the Museum of the History of the University of Athens, receiving special mention in the commemorative volume published by the institution.
He was also a member of the COLUMBUS ’92 Committee (1988–1992). In 1992, he became a founding member of the Society for the Study of Ancient Greek Technology (EMAET) and later served as vice president of the exhibition Ancient Greek Technology, organized in Thessaloniki when the city was designated European Capital of Culture in 1997. In 1999, he also contributed to the release of a special CD by the Technical Museum of Thessaloniki dedicated to Ancient Greek Technology.
Lazos was a founding member of the Society for Civic Culture and served as scientific advisor to the “EUREKA” group for the study and promotion of Ancient Greek Technology and its related exhibitions.
His many other activities included the publication of twenty-four books — among them an illustrated volume on ancient Greek games in 2004 — as well as a series of seven documentaries for ERT titled Unknown Greece, focusing primarily on ancient Greek technology and its traces across Greece. In 2004, he also appeared in three documentaries produced by the History Channel, speaking mainly about Archimedes.
In April 2000, he represented Greece at an international conference in Marseille dedicated to Pytheas of Massalia, presenting a paper on the great navigator.
He participated in numerous conferences and gave many interviews to both Greek and international publications.
Twenty of his books are published by our house, sixteen of which focus on ancient Greek technology.
How is light transmitted, how does vision work, how are ocular diseases treated?
What is refraction, reflection, minimizing, magnification, and what are their applications? Studies that led to the first mirrors, binoculars, lighthouses (culminating in the Lighthouse of Alexandria), telescopes, the early “darkroom”, the first eye surgeries, perhaps the first eyeglasses, the “dioptres” as they were called, and even theatrical scenography with the first optical tricks on stage.
Of course, they helped to conceive Archimedes’ project that destroyed the Roman fleet with the fabled – and legendary – Archimedes’ mirror. Another fascinating page from the book of achievements of ancient Greeks’ incredibly bold, creative and resourceful thinking.