Electronic Bistable Recording Media for Scanning Multiprobe based Ultrahigh-Density Data Storage

我们的目标是开发双稳态有机导电介质作为微制造扫描器件的存储介质，以实现超高密度的数据记录。存储介质的制造和机械稳定性需要新的概念，以使其能够在纳米电子学领域中应用。特别是，存储介质的界面应该机械地抵抗大量扫描(1000个目标周期)和扫描探头尖端，以避免软性有机导电介质的降解。介质应可使用幅度最大为5伏、持续时间最大为1微秒的电压脉冲进行重写。将开发一种基于所有MEMS的设备，其电子读写数据的面积密度超过1Tbit/inch2。加入日本和德国的研究努力，开发新的记录媒体。

Our goal is to develop bistable organic conductive media as storage media for a micro-fabricated scanning device to achieve ultra-high density data recording. New concepts are required for the fabrication and mechanical stabilisation of the storage media to enable applications in the field of nanoelectronics. In particular, the interface of the storage media should mechanically resist copious scanning (1000 Goals cycles) with a scanning probe tip to avoid degradation of the soft organic conductive media. The media should be rewritable using voltage pulses maximal 5 V in amplitude and maximal 1 ps duration. A device based on all MEMS will be developed that writes and reads data electrically beyond an areal density of 1 Tbit/inch2. Join Japanese and German research effort to develop new recording media.