43 citations · 391 across the 61 of their papers we have counts for
62 papers
Finsler Geometry Modeling and Monte Carlo Study on Geometrically Confined Skyrmions in Nanodots
Gildas Diguet, Benjamin Ducharne, Sahbi El Hog +4
Using the Finsler geometry modeling (FG) technique without spontaneous magnetic anisotropy, we numerically study the stability and morphology of geometrically confined skyrmions ex…
Numerical study of anisotropic diffusion in Turing patterns based on Finsler geometry modeling
Gildas Diguet, Madoka Nakayama, Sohei Tasaki +3
We numerically study the anisotropic Turing patterns (TPs) of an activator-inhibitor system, focusing on anisotropic diffusion by using the Finsler geometry (FG) modeling technique…
Origin of anisotropic diffusion in Turing Patterns
H. Koibuchi, F. Kato, G. Diguet +1
In this paper, we numerically study Turing patterns by the Finsler geometry (FG) modeling technique on thermally fluctuating triangular lattices, which are often used for modeling…
Effect of Geometric Confinement on the Stabilization of Skyrmions
H. Koibuchi, F. Kato, S. El Hog +4
In this paper, we study the stability of skyrmions (SKYs) caused by the geometric confinement (GC) effect observed in nano-domains in recent experiments, where SKYs appear only ins…
Monte Carlo studies of skyrmion stabilization under geometric confinement and uniaxial strain
G. Diguet, B. Ducharne, S. El Hog +4
Geometric confinement (GC) of skyrmions in nanodomains plays a crucial role in skyrmion stabilization. This confinement effect decreases the magnetic field necessary for skyrmion f…
Langevin and Navier-Stokes Simulation of Three-Dimensional Protoplasmic Streaming
Shuta Noro, Satoshi Hongo, Shinichiro Nagahiro +5
In this paper, we report the numerical results obtained using the Langevin Navier-Stokes (LNS) simulation of the velocity distribution of three-dimensional (3D) protoplasmic stream…