Theoretical and numerical Nanomagnetism with a focus on neuromorphic applications

The Atomistic Spin Dynamics group at Uppsala University is seeking a motivated and ambitious PhD student in theoretical and numerical nanomagnetism, with a focus on simulations of materials that can exhibit neuromorphic behavior. The work involves the use and development of advanced computational methods, such as atomistic spin dynamics (ASD) and electronic structure theory (DFT). The project aims to predict new materials and geometries for neuromorphic computing using realistic and physically well founded models, where physical phenomena that mimic the information processing mechanisms of the human brain are exploited. Such systems have the potential to enable energy-efficient computations and optimizations for future AI-like applications. A central part of the project consists of method development, in which existing simulation techniques are further developed using machine learning algorithms to enable more efficient, scalable, and realistic simulations and material predictions. Submit your application through Uppsala University's recruitment system. (https://www.uu.se/en/about-uu/join-us/jobs-and-vacancies/job-details?query=932750). The applications sent via email will not be considered. In this recruitment we have replaced the cover letter with questions that you are asked to answer when making your application. The answers will be used as a part of the selection process. The application must also include a CV (max. 2 pages) and copies of relevant grades. Please also attach a copy of the master’s thesis (completed or draft). Contact details for a reference person for a letter of recommendation must also be included in the application.