Project Ref: NGCM-0115
Supervisor: Ondrej Hovorka, Hans Fangohr
Research Group: Computational Engineering and Design
Research Area: Computational Engineering
Project Description: Computational nanomagnetism is a widely used technique to predict, design, and optimize the behaviour of magnetic devices, for example in the data storage and sensing industry. Spintronics, Magnonics, and most fashionably Skyrmions  are particular directions of development in modern nanotechnology research that can be simulated using micromagnetic models and atomistic spin models. As research moves into assembly of logic units and combination of these into larger systems and devices, the need to simulate large-scale magnetic nanostructures becomes more pressing.In this project, we will develop, evaluate and use simulation software that allows carrying out large-scale parallel computation, which can run on todays state of the art High Performance Computing (HPC) cluster systems. Focus will be on solving magnetic problems related to understanding the creation and manipulation of magnetic structures for nanodevice design, and on optimising HPC scaling behaviour of the developed code across a large number of cores using the MPI framework. We will use modern software engineering approaches such as test-driven development, and continuous integration and develop a tool to advance the state-of-the-art simulation technology towards enabling large-scale simulation of fully functional nanodevices. This will also allow us to support and accelerate experimental and theoretical research of our national and international collaborators, and of the wider micromagnetic communities in academia and industry (see for example  for the wealth of micromagnetic applications)We are looking for an applicant with a background in physics, engineering, mathematics, or computer science, and an appetite to learn and research across conventional discipline boundaries. The stipend is at the standard EPSRC levels. More details on facilities and computing equipment are available http://ngcm.soton.ac.uk/facilities.html http://www.southampton.ac.uk/~fangohr/blog/2015-what-is-it-with-these-skyrmions.html OOMMF citations, http://math.nist.gov/oommf/oommf_cites.html
If you wish to discuss any details of the project informally, please contact Ondrej Hovorka, (O.Hovorka@soton.ac.uk) or Hans Fangohr (Fangohr@soton.ac.uk).
Keywords: Applied Mathematics, Applied Physics, Computer Science, Materials Science, Mechanical Engineering, Software Engineering
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