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Three dimensional memory arrangement uses fluorescent protein crystals with optically controlled state changes

机译:三维内存排列使用荧光蛋白晶体进行光学控制的状态变化

摘要

The three dimensional memory [2] is formed by a solid state body that has a pattern of green fluorescent protein, GFP, [4] crystalline elements that represent data bits. A '1' state is provided by a fluorescent condition and a '0' by a non fluorescent state. The states of the protein bits is controlled by an optical system [1] and output by a reader [7].
机译:三维存储器[2]由具有绿色荧光蛋白,GFP和代表数据位的[4]晶体元素图案的固态物体形成。荧光条件提供“ 1”状态,非荧光状态提供“ 0”。蛋白质位的状态由光学系统[1]控制,并由阅读器[7]输出。

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