Osten Wolfgang, Faridian Ahmad, Gao Peng, Körner Klaus, Naik Dinesh, Pedrini Giancarlo, Singh Alok Kumar, Takeda Mitsuo, Wilke Marc
Appl Opt. 2014 Sep 20;53(27):G44-63. doi: 10.1364/AO.53.000G44.
This article presents an overview of recent advances in the field of digital holography, ranging from holographic techniques designed to increase the resolution of microscopic images, holographic imaging using incoherent illumination, phase retrieval with incoherent illumination, imaging of occluded objects, and the holographic recording of depth-extended objects using a frequency-comb laser, to the design of an infrastructure for remote laboratories for digital-holographic microscopy and metrology. The paper refers to current trends in digital holography and explains them using new results that were recently achieved at the Institute for Applied Optics of the University Stuttgart.
本文概述了数字全息领域的最新进展，内容涵盖旨在提高显微图像分辨率的全息技术、使用非相干照明的全息成像、非相干照明下的相位恢复、遮挡物体成像、使用频率梳激光器对深度扩展物体的全息记录，以及用于数字全息显微镜和计量学的远程实验室基础设施设计。本文提及了数字全息的当前趋势，并利用斯图加特大学应用光学研究所最近取得的新成果对其进行了解释。
