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Laboratory simulations of astrophysical jets

  • Sergey V. Lebedev (a1), Francisco Suzuki-Vidal (a1), Andrea Ciardi (a2) (a3), Matteo Bocchi (a1), Simon N. Bland (a1), Guy Burdiak (a1), Jerry P. Chittenden (a1), Phil de Grouchy (a1), Gareth N. Hall (a1), Adam Harvey-Thompson (a1), Alberto Marocchino (a1), George Swalding (a1), Adam Frank (a4), Eric G. Blackman (a4) and Max Camenzind (a5)...

Abstract

Collimated outflows (jets) are ubiquitous in the universe, appearing around sources as diverse as protostars and extragalactic supermassive black holes. Jets are thought to be magnetically collimated, and launched from a magnetized accretion disk surrounding a compact gravitating object. We have developed the first laboratory experiment to address time-dependent, episodic phenomena relevant to the poorly understood jet acceleration and collimation region (Ciardi et al., 2009). The experiments were performed on the MAGPIE pulsed power facility (1.5 MA, 250 ns) at Imperial College. The experimental results show the periodic ejections of magnetic bubbles naturally evolving into a heterogeneous jet propagating inside a channel made of self-collimated magnetic cavities. The results provide a unique view of the possible transition from a relatively steady-state jet launching to the observed highly structured outflows.

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Copyright

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Keywords

Laboratory simulations of astrophysical jets

  • Sergey V. Lebedev (a1), Francisco Suzuki-Vidal (a1), Andrea Ciardi (a2) (a3), Matteo Bocchi (a1), Simon N. Bland (a1), Guy Burdiak (a1), Jerry P. Chittenden (a1), Phil de Grouchy (a1), Gareth N. Hall (a1), Adam Harvey-Thompson (a1), Alberto Marocchino (a1), George Swalding (a1), Adam Frank (a4), Eric G. Blackman (a4) and Max Camenzind (a5)...

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