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High throughput optical near-field aperture array for data storage

机译:高吞吐量光学近场孔径阵列,用于数据存储

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To create and utilize a strong light source with sub-wavelength size has opened up a new field, the near-field optics. One of the most attractive applications of the near-field optics is the next generation optical data storage. The optical memory with high density and high data transfer rate is highly demanded to utilize an array of high throughput nano-scaled light sources for writing and reading bits on a medium. In this paper, we propose a hybrid laser and aperture array for optical near-field memory head, namely VCSEL/NSOM. A systematic investigation of the optical performance of the near-field light at the apertures of the Si micromachined tip array is presented. A primarily result of writing and reading bits on a phase change medium using the fabricated structure is demonstrated.
机译:要创建和利用具有子波长大小的强光源已打开一个新的字段,近场光学器件。近场光学器件最具吸引力的应用之一是下一代光学数据存储。高度要求具有高密度和高数据传输速率的光学存储器利用一系列高吞吐量纳米缩放的光源,用于在介质上写入和读取位。在本文中,我们提出了一种用于光学近场记忆头的混合激光和光圈阵列,即VCSEL / NSOM。提出了一种系统研究Si微机械尖端阵列孔处的近场光的光学性能。证明了使用制造结构的相变介质上写入和读取比特的主要结果。

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