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Multilayer 3D memory based on a vectorial organic recording medium

机译:基于矢量有机记录介质的多层3D存储器

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Abstract: spect of high density three-dimensional optical memory has encouraged development efforts. Research has focused on storing Bragg angle multiplexed hologram page storage and two-photon bit storage volumes. Physical Optics Corporation (POC) has investigated alternative multilayer 3-D memories based on a vectorial organic recording medium. POC's approach incorporates polarization vector switching to independently address layers in the third dimension. POC's methodology has been to fully characterize the molecular and bulk properties of the vectorial organic recording medium, optimize material performance for memory applications including cache and integrated waveguide, and investigate suitable three-dimensional optical memory storage architectures. Here we report on a promising architecture which we have recently demonstrated. !7
机译:摘要:高密度三维光学存储器的存在鼓励了开发工作。研究集中于存储布拉格角多路复用全息图页面存​​储和两光子位存储量。物理光学公司(POC)已研究了基于矢量有机记录介质的多层3-D存储器。 POC的方法结合了极化矢量切换功能,可以在第三维中独立寻址各层。 POC的方法是充分表征矢量有机记录介质的分子和整体性质,优化包括高速缓存和集成波导在内的存储应用的材料性能,并研究合适的三维光学存储架构。在这里,我们报告了我们最近展示过的有前途的体系结构。 !7

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