… We present IDEFIX, a new code for astrophysical flows that relies on the KOKKOS meta-…
on a large variety of astrophysical and fluid dynamics applications. Key words: hydrodynamics / …

… We used the GPU accelerated code Idefix to perform a 3D, barotropic, non ideal
magnetohydrodynamic (MHD) secular core collapse simulation that covers the system evolution from …

… The simulations presented in this paper all use the Idefix code, which is a finite-volume
conservative Godunov grid-based code with a structure similar to Pluto (Mignone et al. 2007). …

… We used the new GPU-accelerated finite-volume code IDEFIX to produce global
hydrodynamics 2D simulations of the accretion discs of DN systems with a sufficiently fine spatial …

… Based on a Godunov finite-volume method, this astrophysical flows code includes a wide …
address complex astrophysical and fluid dynamics applications. Written in C++, Idefix relies on …

… astrophysics and to have reached a production stage for the simulation of MHD astrophysical
fluids … at CEA for the simulation of astrophysical fluids on AMR grids using Kokkos. The next …

… pluto/idefix and fargo3D using 3D, inviscid, adiabatic numerical simulations of planet–disc
interaction that feature the buoyancy response of the disc, and show that pluto/idefix struggle …

… finite-volume Godunov-type code IDEFIX and using Braginskii magnetohydrodynamics. We
… as such) in the context of astrophysical stratified fluid dynamics, such as in studies of galaxy …

… (2023) have introduced IDEFIX as a Kokkos-based adaptation of the PLUTO code. Several
other astrophysical fluid dynamics codes also utilize GPU-accelerated computing through …

… fluid dynamic and multigroup radiation transport. We are designing, by using also ARWEN,
a target for laboratory simulation of astrophysical … we use the dicenter model (Idefix code[5]) …