Dynamics of Fermionic Vortices

ORAL

Abstract

Studying the dynamics of superfluid fermionic vortices can be computationally expensive. In this talk, I will discuss how one can simulate the dynamics of fermionic vortices as a gas of bosonic dimers representing the Cooper pairs. This significantly reduces the computational cost, allowing one to study macroscopic systems. In this talk, I will discuss how polarization affects the properties and dynamics of fermionic vortices, and to what extent these properties can be captured by bosonic simulations.

*This work is supported by the National Science Foundation under Grant No. 1707691, National Science Center, Poland and PRACE.

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Authors

  • Saptarshi Sarkar

    • Washington State University

  • Michael Forbes

    • Washington State University, University of Washington
    • Washington State Univ
    • Washington State University

  • Khalid Hossain

    • Washington State University

  • Konrad Kobuszewski

    • Warsaw University of Technology

  • Piotr Magierski

    • Warsaw University of Technology, University of Washington
    • Warsaw University of Technology

  • Gabriel Wlazłowski

    • Warsaw University of Technology, University of Washington
    • Warsaw University of Technology