Home Page of dyGiLa project

dyGiLa is a scalable software for Lattice Field Theory simulation of time-dependent Ginzburg-Landau effective theory of p-wave superfluid targeted to liquid Helium-3.

dyGiLa simulation of B-phase expansion, vortex defects formation and interaction with domain wall in normal phase “hot blob”:

dyGiLa simulation on formation of single B-phase bubble and its expansion:

dyGiLa simulation of success (L) & failure (R) on formation of over-critical B-phase bubble in a 2.4 micron “hot blob”:

Features

• Scalable and Portable on hybrid i.e., CPU-only or CPU-GPGPU hardwares.
• Lattice Field Theory backed simulation tool, statistic ergodicity is always be carefully considered.
• dyGiLa provides readable and useful documentations which allow users to expand the usage of dyGiLa.