彩色玻璃上金属纳米粒子的色彩效果已激发了对于更快计算和高容量光学数据存储媒介新的光电子学研究。
The colour effects of metal nanoparticles in stained glass has inspired new research into optoelectronics for faster computing and high-capacity optical-data storage media.
首席研究员、南安普敦大学光电子学研究中心的Martynas Beresna表示：“我们研发的存储方式的最大优点是- - - - -数据可以永远存储在玻璃上。”
Lead research Martynas Beresna, of Southampton University's optoelectronics research centre, said: 'We have developed this memory which means data can be stored on the glass and last for ever.
采用FPGA作为光电开关信号数据的采集和存储装置，单片机控制FPGA的工作，并处理、显示数据。
FPGA is used as acquisition and storage devices of a photoelectric switch signal data, MCU controls FPGA, processes and displays the data.
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