MATLAB-GUI based simulation framework for spintronics

J. Gope, B. Kar, S. Koly, R. Shome, S. Bhadra, A. Bhattacharyya, R. Banerjee
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Abstract

The electronic device industry is an age old industry. Several new electronic ICs evolved day by day with more and more components being cramped into smaller and smaller spaces. Presently, advanced VLSI and ULSI devices are made commercially available to the consumers. On the other hand, the micro-electronics industry suffers from physical limitation as well as from technological limitation. Thereby, the search for new device principle cannot be avoided. In this regard Spintronics technology is vividly significant as it employs spin degree of freedom in quantum dot. Since the last decade Spintronics ushered numerous scope in device vicinity. Even though the hands of researchers are tied as there is no simulator for simulating Spintronics circuits and spin based logic devices. The authors now propose a MATLAB based tool which can be incorporated in SIMULINK for simulation of single spin logic devices. Here, GUI based approach is made to create spin environment to design dynamic part of simulation.
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基于MATLAB-GUI的自旋电子学仿真框架
电子设备行业是一个历史悠久的行业。几种新的电子集成电路一天天发展,越来越多的组件被挤进越来越小的空间。目前,先进的VLSI和ULSI器件已经商业化。另一方面,微电子工业既受到物理限制,也受到技术限制。因此,寻找新的器件原理是不可避免的。在这方面,自旋电子学技术具有生动的意义,因为它利用了量子点的自旋自由度。自上个十年以来,自旋电子学在设备附近迎来了许多范围。尽管研究人员的双手被束缚,因为没有模拟器来模拟自旋电子电路和自旋逻辑器件。作者提出了一种基于MATLAB的工具,该工具可以集成到SIMULINK中用于单自旋逻辑器件的仿真。在此,采用基于GUI的方法创建旋转环境来设计仿真的动态部分。
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