Field theory and dynamics of solitons in particle physics, condensed matter physics and in the early universe

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Project objective

Research objectives and content In this project I propose to study the applications of solitons to particle physics (Skyrmions, monopoles, the dual Standard Model), to condensed matter physics (gauged abelian flux vortices in superconductors, vortices in dissipative systems, and to the early universe (cosmic strings, domain walls, textures, solitonic membranes). I will focus particularly on their dynamics and observable consequences. My proposed project has a strong connection to projects planned for or already running on the COSMOS supercomputer. The numerical simulations done there will require lots of qualitative and quantitative analytical model-building for comparison with the simulations. I also expect to take part in several of the computationally intensive projects on the supercomputer. Training content (objective, benefit and expected impact) The proposed project at DAMTP presents an excellent opportunity for me to employ my previous experience with the field theory and dynamics of solitons in joint interdisciplinary efforts with renouned experts and forerunners of the field. I expect this project to have a higher training impact than any other previous project in my life. Links with industry / industrial relevance (22) Scientific projects on the COSMOS supercomputer serve as testing grounds for the computer industry in the development of the next generation of powerful computers.

Original text from CORDIS.

Participants

• University of Cambridge · CambridgeCoordinatorUnited Kingdom
• Not availableCity levelSweden

Links

• View on CORDIS