Development of a Virtual Research Environment for Modeling Physical Processes on the HybriLIT Platform in Systems Based on Josephson Junctions
Abstract
The article describes the development of a virtual research environment for solving the tasks of mathematical modeling of superconducting electronics and spintronics, which are intensively developing areas of condensed matter physics. Despite the ample capacities of existing software packages for numerical modeling of physical and technical systems, including the construction of models and visualization of calculation results, it is not always possible to study a specific physical problem, since many systems are not yet included in the packages, and many problems require specialized algorithms to solve them. The range of problems related to the study of systems based on Josephson junctions can serve as an example. The proposed virtual research environment combines convenient tools based on web technologies for building models and an interface, performing calculations on the HуbriLIT heterogeneous computing platform and visualizing calculation results, as well as provides different research groups with an environment for organizing joint studies, exchanging models and calculation results.
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