Liu Shuxin, Li Yan, Zhou Pengcheng, Chen Quanming, Su Yikai
Opt Express. 2018 Feb 5;26(3):3394-3403. doi: 10.1364/OE.26.003394.
In this paper we propose an optical see-through multi-plane display with reverse-mode polymer-stabilized liquid crystal (PSLC). Our design solves the problem of accommodation-vergence conflict with correct focus cues. In the reverse mode PSLC system, power consumption could be reduced to ~1/(N-1) of that in a normal mode system if N planes are displayed. The PSLC films fabricated in our experiment exhibit a low saturation voltage ~20 V, a high transparent-state transmittance (92%), and a fast switching time within 2 ms and polarization insensitivity. A proof-of-concept two-plane color display prototype and a four-plane monocolor display prototype were implemented.
在本文中，我们提出了一种采用反向模式聚合物稳定液晶（PSLC）的光学透视多平面显示器。我们的设计通过正确的聚焦线索解决了调节-会聚冲突问题。在反向模式PSLC系统中，如果显示N个平面，功耗可降低至正常模式系统的~1/(N - 1)。我们实验中制备的PSLC薄膜具有约20 V的低饱和电压、92%的高透明态透射率、2 ms以内的快速切换时间以及偏振不敏感性。实现了一个概念验证的双平面彩色显示原型和一个四平面单色显示原型。
