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Magnetic Fields in Massive Star-forming Regions (MagMaR). VI. Magnetic Field Dragging in the Filamentary High-mass Star-forming Region G35.20–0.74N Due to Gravity

  • Authors: Jihye Hwang, Patricio Sanhueza, Josep Miquel Girart, Ian W. Stephens, Maria T. Beltrán, Chi Yan Law, Qizhou Zhang, Junhao Liu, Paulo Cortés, Fernando A. Olguin, Patrick M. Koch, Fumitaka Nakamura, Piyali Saha, Jia-Wei Wang, Fengwei Xu, Henrik Beuther, Kaho Morii, Manuel Fernández López, Wenyu Jiao, Kee-Tae Kim, Shanghuo Li, Luis A. Zapata, Jongsoo Kim, Spandan Choudhury, Yu Cheng, Kate Pattle, Chakali Eswaraiah, Panigrahy Sandhyarani, L. K. Dewangan, O. R. Jadhav

Jihye Hwang et al 2026 The Astronomical Journal 171 .

  • Provider: AAS Journals

Caption: Figure 1.

Map of the magnetic field orientation obtained from dust polarization observations using ALMA in G35. The background image is the intensity (Stokes I) at Band 6 frequency, ∼250 GHz. The white segments show the magnetic field orientation, which is the polarization angle rotated by 90°, and is plotted roughly per independent beam. The triangles are the positions of cores found in previous ALMA dust continuum observations with a higher angular resolution than ours (Y. Zhang et al. 2022). The core names are labeled based on previous studies (Y. Zhang et al. 2022; Á. Sánchez-Monge et al. 2013). The physical scale and beam size are shown in the bottom left and right corners, respectively.

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