Is the Lenz Effect in a superconducting magnet strong enough to stop a bullet?

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SUMMARY

The discussion centers on the feasibility of using the Lenz Effect, demonstrated with a 1.5T MRI machine, to stop a bullet. While the Lenz Effect can theoretically create opposing forces to halt a projectile, practical considerations such as the size and power requirements of a 1.5T magnet must be evaluated. The conversation emphasizes the need to assess not only the physical possibility of this application but also its practicality and effectiveness in military contexts.

PREREQUISITES
  • Understanding of the Lenz Effect and its principles
  • Knowledge of magnetic fields, specifically 1.5T MRI technology
  • Familiarity with projectile dynamics and ballistics
  • Awareness of military applications of electromagnetic technologies
NEXT STEPS
  • Research the principles of the Lenz Effect in depth
  • Explore the engineering challenges of creating a 1.5T superconducting magnet
  • Investigate the dynamics of bullet trajectories in magnetic fields
  • Examine existing military applications of electromagnetic defense systems
USEFUL FOR

Physicists, engineers, military strategists, and anyone interested in the intersection of electromagnetism and defense technology.

stevenstritt
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After watching a fascinating youtube video demonstrating the Lenz Effect using a 1.5T MRI machine and an aluminum block, I was wondering if it would stop a bullet fired along the axis of the machine. If so, would there be any defensive military application?
 
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stevenstritt said:
After watching a fascinating youtube video demonstrating the Lenz Effect using a 1.5T MRI machine and an aluminum block, I was wondering if it would stop a bullet fired along the axis of the machine. If so, would there be any defensive military application?

When you ask something like this, you need to think further and see if the result is worth the effort. Note what is involved in producing a 1.5 T magnet. The question on "application" must now include how reasonable and practical it can be implemented, not just if it is physically possible. So there are other factors involved here.

And we haven't even talked about how large of a field this 1.5 T magnet must produce.

Zz.
 

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