Galaxy evolution is an important topic, and our physical understanding must be complete to
establish a correct picture. This includes a thorough treatment of feedback. The effects of …

Magnetic fields are fundamental to the evolution of galaxies, playing a key role in the
astrophysics of the interstellar medium and star formation. Large-scale ordered magnetic …

Enshrouded in several well-known controversies, dwarf galaxies have been extensively
studied to learn about the underlying cosmology, notwithstanding that physical processes …

Mergers are thought to be a fundamental channel for galaxy growth, perturbing the gas
dynamics and the magnetic fields (B-fields) in the interstellar medium (ISM). However, the …

We present the analysis of the magnetic field (B-field) structure of galaxies measured with far-
infrared (FIR) and radio (3 and 6 cm) polarimetric observations. We use the first data release …

Understanding the physical processes that regulate star formation and galaxy evolution are
major areas of activity in modern astrophysics. Nearby galaxies offer unique opportunities to …

Far-infrared polarized emission by means of magnetically aligned dust grains is an excellent
tracer of the magnetic fields (B-fields) in the cold phase of the galactic outflows of starburst …

High-spatial-resolution H i observations have led to the realization that the nearby (within
few hundreds of parsecs) Galactic atomic filamentary structures are aligned with the ambient …

We propose and apply a method to quantify the morphology of the large-scale ordered
magnetic fields (B-fields) in galaxies. This method is adapted from the analysis of Event …

Context. Together with gravity, turbulence, and stellar feedback, magnetic fields (B-fields)
are thought to play a critical role in the evolution of molecular clouds and star formation …