每一种材料都具有其本身的应用领域，当从其他姐妹领域中借鉴手法手段，做跨界融合时，就会从独有的创作思维方法中探索出新的造型方法。以跨界融合的方法为起点，探求材料新的构成原理，在光媒介这一特定领域进行深入的专点剖析与研究，做新的光动造型尝试。在不可能中寻求创新的可能，跨界融合是光动造型创新的动力。

跨界艺术，是可启发人们创新思维的有效方法。回顾历史的舞台，跨界艺术家曾在具有某些特殊意义的重要时期诞生，他们带来了一场思想上的革命。艺术大师伊藤隆道先生、宫肋爱子女士、德国的梅洛帝、芬兰的艾内、意大利的莫兰帝尼、崛内正和、清水九兵卫、多田美波、伊萨姆.诺古奇、石.流政之等都对材料造型价值进行挖掘，对材料造型的人文因素、加工工艺与造型关系、结构机能与造型关系进行了系统的分析，给出了准确的理论支持。

本文的命题是“材料与光动造型关系的研究”，笔者以今年本校师生的作品——《数码家族》新媒体实验动漫人偶剧，和谭盾的“跨界音乐”为主要案例，对材料的跨界应用与光动造型的关系，作出深入的理论阐述，并指出用跨界融合的思维方法来分析材料的跨界应用是光动造型创新的新动力。

也就是说，用跨界融合的方法研究材料与光动造型的关系，在不可能中寻求创新的可能，在常见的物体中做出非常见效果的创作，这对作品创新将有直接的指导作用。跨界融合是光动造型创新的动力。

Every piece of material has its own application fields. When crossover fusion takes place by means of drawing on the experience of the other similar fields; The new modeling method will be discovered from the particular creative ideas. Starting from the method of crossover fusion; discovering the new composition principals of the materials, analyzing and researching at the specific area of the optical media, attempting a new optical dynamic modeling. Seeking the possibility of innovation from the impossibility, the crossover fusion is the new dynamic of the innovation of the optical dynamic modeling.

The art of crossover is an effective way of inspiring the innovative thoughts of people. Stage of history in retrospect, the crossover artists were once emerged in an important special meaning period of time, they brought in an evolution of thoughts. All of the great artists such as Takamichi Ito and so on, had been researching the modeling value of the materials, doing systematic analyze on the cultural factors of material modeling, relationships between processing technique and modeling, relationships between structural function and modeling, which gave an accurate theoretical backup.

This proposition is “Study of the relationships between materials and the optical dynamic modeling”, the author of this year the school teachers and students work “digital family” new media experimental RenOuJu, and The TanDun “crossover music ”as the main case, for the crossover application of the material and dynamic modeling of Optical relationship, make deep theory in this paper. And say that using crossover fusion thinking method to analyze the material crossover application is optical dynamic modeling innovation of the momentum.