Self organized 3D nano fabrication and multi-ferroic devices

我们提出了从生物涨落中学习的新型电子学(Biotronics)。作为可控物理涨落系统的一个例子，我们将制备自旋和/或偶极受挫材料。基于竞争阶段与“挫折系统”(Yuragi)共存产生的新的物理特性，将开发出源于生物启发系统的灵活、适应性强的信息系统和设备。对于目前以C-MOS型FET为代表的电子器件，一直致力于根据定标规则缩小尺寸、高集成度和实现高速信息处理。因此，到目前为止，“严格精准控制”和“结构秩序控制”都付出了巨大的努力。通过参考生物系统，这项研究的目标是实现积极利用以前被认为是障碍的“Yuragi”和“随机性”的新型设备(信息处理设备、存储设备)。我们利用生物体固有的“信息由拉木：基于随机共振现象的信息处理原理”，证明了“生物功能模拟装置：随机共振装置”的初步工作，所有这些工作都是基于与传统概念完全相反的想法。

We have proposed to create new-type electronics (Biotronics) which is learned from bio fluctuation. As one of examples of controllable physical fluctuation system, we will fabricate spin and/or dipole frustrated materials. Based on new physical properties coming form co-existence of competed phases and "Yuragi" (frustration system), it will be developed that flexible and adaptable information system and devices originated from bio-inspired system. Regarding present electronic devices represented by C-MOS type FET, effort has been aimed at the reduction of size according to the Scaling Rule, high integration, and the realization of high speed information processing. Therefore until now, "strict and precise control" and "structural order control" have been realized with an enormous amount of effort. By referring to biological systems, this research will aim to realize novel devices (information processing devices, memory devices) that actively utilize "Yuragi" and "randomness", which were previously thought of as impediments. We have demonstrated that preliminary works on "Biological Function Imitating Devices : Stochastic Resonant Devices" by using organism innate "Information Yuragi : information processing principles based on stochastic resonance phenomena" ; all of which are based upon ideas completely opposite of traditional conceptions.