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The Virtual Reconstruction of an Ancient Musical Instrument: The Aulos of Selinus

机译:古代乐器的虚拟重建:Selinus的Aulos

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In the summer of 2012, the IFA-NYU Selinunte Mission began to explore the interior of the cella of Temple R. This excavation showed that the Classical and Archaic layers had been sealed by a deep fill of the Hellenistic period and left untouched by earlier archaeological research at the site. Among the discoveries was a series of votive depositions against the walls, dating back to the sixth century BCE. One of the most striking finds among the votive depositions was the discovery of two parts of a bone aulos, which can be dated to 570 BCE. The virtual reconstruction of the aulos found in Temple R at Selinus aims to study the acoustic and morphological attributes of the ancient musical instrument, but also to increase and improve the scientific investigation by overcoming the limitations caused by the instrument's fragility. Digital technology allowed us to produce a 3D model of the aulos. This digital model has been translated into a three-dimensional artificial copy, using polymer as a material. Our goal is to reconstruct the aulos after analysing its organological characteristic and, if possible, discover its scale. We hope that this new study of the aulos will increase our knowledge of Ancient Greek music.
机译:在2012年夏天,IFA-NYU SELINUNTE Mission开始探索寺庙R的Cella内部。这种挖掘表明,经典和古代层被Heldenal的深度填充,并被早期的考古学留下了不受影响在网站上的研究。在发现中是一系列对墙壁的一系列投票沉积,可追溯到六世纪的BCE。奉献沉积中最引人注目的发现之一是发现两部分骨紫红色,可将其日期为570 BCE。在Selinus的寺庙R中发现的Aulos的虚拟重建旨在研究古老乐器的声学和形态学属性,也可以通过克服由仪器脆弱造成的限制来增加和改善科学调查。数字技术使我们能够制作AULOS的3D模型。这种数字模型已被转化为三维人工副本,使用聚合物作为材料。我们的目标是在分析其有机体学特征后重建Aulos,如果可能的话,发现其规模。我们希望这对AULOS的新研究将增加我们对古希腊音乐的了解。

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