Context. Because of their relatively simple morphology,“bubble” H II regions have been
instrumental to our understanding of star formation triggered by H II regions. With the far …

Abstract We combine Planck High Frequency Instrument data at 857, 545, 353 and 217 GHz
with data from Wide-field Infrared Survey Explorer (WISE), Spitzer, IRAS and Herschel to …

Context. Cold dust grains are responsible for the far-infrared and submillimetre (FIR/submm)
emission observed by Herschel and Planck. Their thermal emission is usually expressed as …

We study the structural evolution of turbulent molecular clouds under the influence of
ionizing radiation emitted from a nearby massive star by performing a high-resolution …

We studied the PeVatron nature of the pulsar wind nebula (PWN) G75. 2+ 0.1 (" Dragonfly")
as part of our NuSTAR observational campaign of energetic PWNe. The Dragonfly is …

Context. The Galactic Cold Cores project has carried out Herschel photometric observations
of 116 fields where the Planck survey has found signs of cold dust emission. The fields …

Context. H II regions and planetary nebulae (PNe) both emit at radio and infrared (IR)
wavelengths, and angularly small H II regions can be mistaken for PNe. This problem of …

We have analyzed a uniform sample of 16 evolved H ii regions located in a 2× 2 Galactic
field centered at (l, b)=(30, 0) and observed as part of the Herschel Hi-GAL survey. The …

Context. Dust emission is increasingly used as a tracer of the mass in the interstellar
medium. With the combination of Planck and Herschel observatories, we now have both the …

Context. Within the project Galacticcoldcores we are carrying out Herschel photometric
observations of cold interstellar clouds detected with the Planck satellite. The three fields …