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Unveiling Multimessenger Emission from Hidden Cores of Microquasars

  • Authors: Yu-Jia Wei, 煜佳 魏, Kohta Murase, Bing Theodore Zhang, 兵 张

Yu-Jia Wei et al 2026 The Astrophysical Journal 1012 .

  • Provider: AAS Journals

Caption: Figure 2.

Schematic pictures of the three physical configurations modeled in this work. Panel (a): Scenario A consists of an inner blob, originating from either the (outflowing) corona or an internal shock, and a jet blob, produced by either an internal or termination shock. Both blobs lie along the same direction but are located at different heights and move with distinct velocities. Panel (b): Scenario B features a primary jet emission region surrounded by the dense stellar-wind environment of the companion star. In the static external emission zone, charged particles escaping from the jet interact with the stellar wind. Panel (c): Scenario C considers the contribution from the extended jet. Within the large-scale, static external shell, particles that have escaped from the jet blob interact with the surrounding parsec-scale environment.

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