- #1
dedocta
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- TL;DR Summary
- FRB's source as Rail and/or Coil Guns (or mass drivers)
Summary: FRB's source as Rail and/or Coil Guns (or mass drivers)
Hello,
I've been studying rail and coil guns recently, and certain applications of this technology can result in some pretty high speeds with a significant amount of mass. I've been wondering if these FRB's could be a result of these? By my calculations, that amount of force could result in a extremely high %c velocities. In fact, if you could harness 10^30 to 10^33 Joules of energy, then one would see a huge lorentz factor...
The main problem with this tech, would be slowing. But I wonder if you have a mass driver, would it be possible to design something at the point of arrival, with a similar mechanism, as a mass "catcher."
Additionally, someone did an experiment where they observed radio emissions from a firing rail gun. Link: https://apps.dtic.mil/dtic/tr/fulltext/u2/a470631.pdf
To me, the spectra seem to fit with an FRB, but I'm not a physicist by trade, just curious. Also, if the object has a small diameter, but it's VERY long, then one would see a strange dispersion measure from one of these events, assuming emission along a rail as the mass travels along the thing.
Curious to see what folks would think of this?
Thanks,
Mike
Hello,
I've been studying rail and coil guns recently, and certain applications of this technology can result in some pretty high speeds with a significant amount of mass. I've been wondering if these FRB's could be a result of these? By my calculations, that amount of force could result in a extremely high %c velocities. In fact, if you could harness 10^30 to 10^33 Joules of energy, then one would see a huge lorentz factor...
The main problem with this tech, would be slowing. But I wonder if you have a mass driver, would it be possible to design something at the point of arrival, with a similar mechanism, as a mass "catcher."
Additionally, someone did an experiment where they observed radio emissions from a firing rail gun. Link: https://apps.dtic.mil/dtic/tr/fulltext/u2/a470631.pdf
To me, the spectra seem to fit with an FRB, but I'm not a physicist by trade, just curious. Also, if the object has a small diameter, but it's VERY long, then one would see a strange dispersion measure from one of these events, assuming emission along a rail as the mass travels along the thing.
Curious to see what folks would think of this?
Thanks,
Mike