結構表皮一體化的超薄殼體，結合向心式穹頂的純粹體驗，引導人覺知自己，回歸內在平和。數字化設計結合數字化安裝的一體化落地模式，為雙曲面薄板的實現提供了品質保證。
項目全程引入了數字化設計與數字建造技術，我們專門編寫了一套程序用以進行曲率分析和變形計算。將整個雙曲面劃分成了總計469片不同大小尺寸的條形曲面。而這些條形曲面通過編排設計，確保可以絲毫不變形地轉化成現有設備容易加工的圖紙。
項目整體實現了靈活可拆卸的裝配式設計及建造，我們使用數字化技術，指導建造過程全部通過螺栓對位完成，規避了以往人工焊接導致的誤差積累、薄板受熱變形及建成后的不可移動性。每塊材料均可隨時替換，可整體拆移，某種程度上講，它具備了時空上的永久性與延續性。
The ultra-thin shell with integrated structure and skin, combined with a centripetal dome design, aiming to guide individuals towards selfawareness and inner peace. The integrated mode of digital design combined with digital installation provides quality assurance for the realisation of the hyperbolic thin panel.
We have developed a dedicated program for curvature analysis and deformation calculation. The whole hyperboloid is divided into 469 strip surfaces with different sizes. And these strip surface, through parametric arrangements, ensure that no deformation of the transformation, and easier processing.
During the overall construction of the project, we have completely abandoned the traditional welding technique - instead, bolts are used for point-to-point fixing. This technique was used to complete the entire construction from the foundation to the main body. The advantage of this is that each bolt is digitally designed and endorsed to ensure the accuracy of the final form; thus avoiding the form-finding errors associated with the traditional manual welding process.
