Iain G. Hannah et al 2016 ApJ 820 L14

NuSTAR has provided the first directly imaged and spectrally resolved X-rays above 2 keV from non-flaring active regions on the solar surface, placing constraints on high-temperature components.

Jack Dobinson et al 2016 ApJ 820 29

Simulations of the collisional dust production of a Jupiter-like planet embedded in a disk demonstrate the different markers that can pre-select promising exoplanet-hosting candidate disks.

B. M. Poggianti et al 2016 AJ 151 78

344 candidate “jellyfish galaxies” — galaxies being stripped of their gas, exhibiting trailing tentacles of debris — are found in a systematic search at z=0.04-0.07, demonstrating their ubiquity in clusters.

Y. Fukui et al 2016 ApJ 820 26

Observations of two molecular clouds in RCW 38, the youngest super star cluster in the Milky Way, suggest they are currently colliding, triggering the formation of ~20 O stars in the cluster center.

S. A. Jaeggli and A. A. Norton 2016 ApJ 820 L11

Evaluation of the trends in complexity of active regions with solar cycle suggest that complex active regions are formed by the pileup of frequent magnetic flux emergence during solar maximum.

Duncan Christie et al 2016 ApJ 820 3

Hydrodynamic simulations of the interaction of hot-Jupiter atmospheres with stellar winds reveal that at high temperatures, supersonic planetary winds are formed. At low temperatures, these are shut off.