Spiral galaxies, including the Milky Way, have large-scale magnetic fields with significant
energy densities. The dominant theory attributes these magnetic fields to a large-scale …

We present and study a large suite of high-resolution cosmological zoom-in simulations,
using the FIRE-2 treatment of mechanical and radiative feedback from massive stars …

We present the first results from SPHINX-MHD, a suite of cosmological radiation-
magnetohydrodynamics simulations designed to study the impact of primordial magnetic …

We investigate the evolution of magnetic fields in galaxy clusters starting from constant
primordial fields using highly resolved () cosmological (magnetohydrodynamic) MHD …

We study the evolution of magnetic fields generated by charge segregation ahead of
ionization fronts during the Epoch of Reionization, and their effects on galaxy formation. We …

While there is overwhelming observational evidence of active galactic nuclei (AGN)-driven
jets in galaxy clusters and groups, if and how the jet energy is delivered to the ambient …

As one of the prime contributors to the interstellar medium energy budget, magnetic fields
naturally play a part in shaping the evolution of galaxies. Galactic magnetic fields can …

Despite their ubiquity, there are many open questions regarding galactic and cosmic
magnetic fields. Specifically, current observational constraints cannot rule out whether …

Our understanding of the process through which magnetic fields reached their observed
strengths in present-day galaxies remains incomplete. One of the advocated solutions is a …

Context. Explaining the currently observed magnetic fields in galaxies requires relatively
strong seeding in the early Universe. One of the current theories proposes that magnetic …