Construction of a High-Resolution (10 nanometer) Optical Microscope Using the LAMDA Effect

利用最近发现的效应（激光放大运动检测和分析，LAMDA），本项目将开发一个分辨率为10nm的远场光学显微镜。这种分辨率是可见光波长的五十分之一，大约是以前光学显微镜所获得的分辨率的二十分之一，它将允许对光学显微镜从未实现过的细节进行成像。LAMDA显微镜将能够实时直接观察生物实体，如dna -蛋白质复合物，细胞生长因子在发育过程中的出现，有丝分裂的结构细节，以及生物膜中通道形成蛋白的结构细节。进一步的应用将包括所有的科学、工程、半导体和磁性数据存储行业的过程控制，事实上，任何具有前所未有的高分辨率的光学显微镜都可以发挥价值。

Using a recently discovered effect (Laser Amplified Motion Detection and Analysis, LAMDA), this project is to develop a far- field optical microscope with a resolution of 10nm. This resolution, one-fiftieth of the wavelength of visible light and about one-twentieth of the resolution obtained by previous optical microscopes, would permit the imaging of detail never before realized with an optical microscope. The LAMDA microscope would be capable of making directly observable, in real time, such biological entities as DNA-protein complexes, the emergence of cell-growth factors in development, the structural details underlying mitosis, and of channel-forming proteins in biological membranes. Further applications would encompass all of the sciences, engineering, process control in the semiconductor and magnetic data storage industries, in fact wherever light microscopy of unprecedented high resolution can be of value.