ASTRA and EGEE not only make it possible to recreate instruments not existing anymore, they also allow any model and its associated data to be accessed by the whole scientific and education community worldwide.” “The benefits of the collaborative approach used in this project are far reaching. “The combination of the EGEE grid computing infrastructures and the high speed GÉANT2 and EUMEDCONNECT networks provided not only the immense computing power needed by ASTRA, it also allowed researchers, historians, physicists, engineers, archaeologists to bring their knowledge and their experiences together,” added Domenico Vicinanza, Technical co-ordinator of ASTRA project and DANTE Network Engineer. Using grid computing also means that the data used and discovered during the research is easily available to other researchers, such as archaeologists and historians. Now with grid technology these researchers have the required computing power to recreate an ancient instrument that would previously have been too expensive and too difficult to manufacture by hand. The idea and mathematical concepts behind this work is several decades old, the first attempts being made in 1971. Their model has become sophisticated enough to be used by musicians of the Conservatories of Music of Salerno and Parma in concerts. With data from numerous sources, including pictures on urns, fragments from excavations and written descriptions, the team has been able to model what the instrument would have looked and sounded like. Using the Enabling Grids for E-sciencE infrastructure for computing power, a team based in Salerno and Catania, Italy, has reconstructed the “epigonion,” a harp-like, stringed instrument used in ancient Greece.

Classic greek stringed instrument