Neutron star spin and rotation axis

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SUMMARY

Neutron stars exhibit complex rotation dynamics where their magnetic fields are misaligned with their spin axes, similar to Earth's magnetic field offset. Current theories suggest that these stars can spin at extremely high rates, such as 600 rotations per second, while also potentially wobbling through space. This phenomenon raises questions about the behavior of their rotational axes and the implications for their magnetic field orientation. Understanding these dynamics is crucial for astrophysics and the study of pulsars.

PREREQUISITES
  • Understanding of neutron star physics
  • Familiarity with pulsar mechanics
  • Knowledge of magnetic field alignment in astrophysical contexts
  • Basic concepts of rotational dynamics
NEXT STEPS
  • Research the mechanics of neutron star rotation and wobble
  • Explore the implications of magnetic field misalignment in pulsars
  • Study the effects of rapid rotation on neutron star structure
  • Investigate observational techniques for measuring pulsar rotation rates
USEFUL FOR

Astronomers, astrophysicists, and students studying stellar dynamics and pulsar behavior will benefit from this discussion.

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Neutron stars are thought to be rotating in a way that their beems are seen as the pulses. The beems are not aligned with the axis of rotation. What is the current theory about the speed of the axis of rotation? Are they spinning and rotating on both axis?
 
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Drakkith said:
The magnetic fields of the Neutron stars are offset from their axis of spin similar to how the Earth's magnetic field is offset from true north/south.

See here: http://en.wikipedia.org/wiki/File:Pulsar_schematic.svg

The star is spinning in a way that we are seeing it's polar axis, or close to it.

If one is spinning in that manner at 600 times a second for example, what about it's other axis of rotation? The "daily" axis of rotation. Is it wobling through space?
 

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