光學圖騰與建築藝術之關聯性

Abstract

本論文是以圖靈紋的概念，利用光學實驗和理論分析來探討光學圖騰與建築藝術之間的相關性。實驗中我們利用雷射光束干涉產生準晶格圖形，以及透過雷射光束經過光導管來產生圓形彈子球檯的圖騰，還有不同邊界條件下的VCSEL系統所形成的方形和三角形彈子球檯軌跡，並且利用Mathcad軟體理論模擬，使實驗現象透過計算分析得以重建。最後則是將模擬計算結果與建築的圖騰做比對。

Under the concept of Turing patterns, we employ the optical experiments and theoretical analyses to explore the relationship between wave patterns in optics and architecture designs. Multi-beam interference technique is used to generate optical patterns with different quasi-periodic structures. We also experimentally exploit a cylindrical waveguide to generate the resonant geometric modes related to circular billiards. Moreover, optical patterns associated with the classical periodic orbits are observed in VCSEL’s with square and triangle boundary conditions. The experimental results can be excellently reconstructed with the theoretical modes by using the Mathcad software. Finally, the theoretical patterns are also calculated for comparison with architecture designs.