Where Can I Find More Information About Magnetic Flux Twisting?

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SUMMARY

The discussion centers on the phenomenon of magnetic flux twisting, particularly in relation to solar dynamics and astrophysical events such as coronal mass ejections and black hole jets. Participants emphasize the importance of twisted magnetic field lines in providing containment for these phenomena. The conversation highlights the distinction between magnetic flux and the energy that flows through magnetic fields, underscoring the complexity of magnetic interactions in astrophysics.

PREREQUISITES
  • Understanding of magnetic field theory
  • Familiarity with astrophysical phenomena such as coronal mass ejections
  • Knowledge of black hole dynamics
  • Basic grasp of electromagnetic theory
NEXT STEPS
  • Research "Twisted Magnetic Field Lines" in astrophysics literature
  • Explore "Coronal Mass Ejections" and their impact on solar dynamics
  • Study "Magnetic Reconnection" and its role in energy transfer
  • Investigate "Astrophysical Jets" and their magnetic properties
USEFUL FOR

Astronomers, astrophysicists, and students interested in solar dynamics and magnetic field interactions in space phenomena.

tjrutan
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Can someone please give me a lead where I can find more information about this phenomenon? Shrug - I guess I take point blank dismissal too...




it's obviously happening, what is the phenomenon called?
 
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Twisted magnetic field lines provide the "containment" for everything from coronal mass ejections from our sun, to the massive polar jets (probably) of black holes.

It's too early where I am too listen to the dialogue on those videos, so I'll respond to them specifically later (if I can). I would say this: you can twist field lines, bend them back, reconnect magnetic fields, but think of the flux as the energy going THROUGH the highway of field in a given volume and time. You twist a lot of things, but a flux follows, it doesn't... lead. Note that I'm using metaphor and analogy here a LOT.

Here's the real deal as I understand it in relation to possible solar dynamics.
http://iopscience.iop.org/1538-4357/466/1/L39/5006.text.html
 
[deleted]
 
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