183 citations · 1.6k across the 28 of their papers we have counts for
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Spitzer IRAC and MIPS Imaging of Clusters and Outflows in 9 High-mass Star Forming Regions
Keping Qiu, Qizhou Zhang, S. Thomas Megeath +6
We present Spitzer Space Telescope IRAC and MIPS observations toward a sample of nine high-mass star forming regions at a distance of around 2 kpc. Based on IRAC and MIPS 24 m p…
Interferometric Mapping of Magnetic Fields: The massive star forming region G34.4+0.23 MM
P. C. Cortes, R. M. Crutcher, D. Shepherd +1
We report millimeter interferometric observations of polarized continuum and line emission from the massive star forming region G34.4. Polarized thermal dust emission at 3 mm wavel…
Disks, young stars, and radio waves: the quest for forming planetary systems
Claire J. Chandler, Debra S. Shepherd
Kant and Laplace suggested the Solar System formed from a rotating gaseous disk in the 18th century, but convincing evidence that young stars are indeed surrounded by such disks wa…
Molecular Outflows and a Mid-Infrared Census of the Massive Star-Formation Region Associated with IRAS 18507+0121
D. S. Shepherd, M. S. Povich, B. A. Whitney +7
We have observed the central region of the IR-dark cloud filament associated with IRAS 18507+0121 at millimeter wavelengths in CO(1-0), 13CO(1-0), and C18O(1-0) line emission and w…
An Extended Radio Counterpart of TeV J2032+4130?
Y. M. Butt, J. A. Combi, J. Drake +5
We carried out a 5-pointing mosaic observation of TeV J2032+4130 at 1.4 and 4.8 GHz with the VLA in April of 2003. The analysis of the 4.8GHz data indicate weak wispy shell-like ra…
TeV J2032+4130: a not-so-dark Accelerator?
Yousaf M. Butt, Jorge A. Combi, Jeremy Drake +5
The HEGRA gamma-ray source TeV J2032+4130 is considered the prototypical 'dark accelerator', since it was the first TeV source detected with no firm counterparts at lower frequenci…