实现交叉光互连的全息元件的研究

STUDY OF HOLOGRAPHIC ELEMENTS OF REALIZING CROSSOVER OPTICAL INTERCONNECTION

实现交叉光互连的全息元件的研究梁国栋，徐迈，郑杰，虞家琪（中国科学院长春物理研究所，长春１３００２１）（中国科学院激发态物理开放实验室，长春１３００２１）光学互连与电互连相比，具有并行处理、传输速度快、信息容量大、空间频带宽、串音小和能量损耗低等优点...

Abstract Holographic plates of the red sensitive photopolymer (RSP) were exposed by interfering a focal light beam with a parallel light beam. After the plates were developed, dewatered and dried, we fabricated the plates that realized crossover optical interconnections. In the experiment, the diffractive efficiencies of holographic elements were controlled at about 50%.