美国纽约州立大学科学家与Arryx公司专家一 起共同研制成一种新工艺,该工艺将来可用来研制 以纳米管为基础的超高速芯片。 问题在于,现在采用的所谓原子力显微镜方法 是唯一的方法,借助于这方法成功地在空间确定纳 米结构方位,但是这一过程劳动量大和代价高昂。 以戴维·格拉伊叶尔博士为首的科学家小组 也建议利用激光器取代原子力显微镜,所谓“光镊 US State University of New York scientists and Arryx experts together to develop a new process, the process can be used to develop nanotube-based ultra-high speed chips in the future. The problem is that the so-called AFM method now used is the only one by which the orientation of the nanostructures is successfully determined in space, but this process is labor-intensive and costly. A team of scientists led by Dr. David Sweehrer also suggested using a laser to replace AFM, called ”optical tweezers