We are in the middle of another revolution in information processing and distribution. After the invention of script and then print, pictures are taking over again. The number of gadgets with displays is larger than the world population. On average, every single person on earth owns at least one device with a display on it. These displays are the portals to everything we do: communicating, reading, shopping, learning, etc. But are they up to the job? The most successful display technology to date is still the liquid crystal display. It is a well-established technology that can be scaled in size from small to large and, depending on the drive electronics, has no significant inherent limits to resolution. However, poor light efficiency and data congestion caused by high pixel densities are still technical challenges in need of good solutions. Could electrophoresis in a liquid crystal host be the answer? The fundamental basics and technical challenges of this interesting new approach will be discussed.

我们正处于信息处理和分发的另一场革命中。在发明脚本然后进行打印之后，图片再次被接管。带有展示的小工具的数量大于世界人口的数量。平均而言，地球上的每个人都至少拥有一个带有显示器的设备。这些显示是我们所做的一切的门户：交流，阅读，购物，学习等。但是它们能胜任工作吗？迄今为止，最成功的显示技术仍然是液晶显示器。这是一项成熟的技术，可以从小到大按比例缩放大小，并且取决于驱动电子设备，分辨率没有明显的内在限制。然而，由高像素密度引起的差的光效率和数据拥塞仍然是需要好的解决方案的技术挑战。液晶主机中的电泳能否解决？将讨论这种有趣的新方法的基本基础知识和技术挑战。