P6_4 The Physics of Magneto

Authors

  • Paola Rojas Guijosa University of Leicester
  • Gemma Bower University of Leicester
  • Kimran Dhaliwal University of Leicester
  • Johanna Antonelli University of Leicester
  • Katie Jiggens University of Leicester

Abstract

During a scene of the well-known X-men series, Magneto, capable of generating and controlling magnetic fields, stops multiple missiles mid-air before they reach him. In this paper, we investigate the characteristics of the magnetic field he would have to generate for this event to be possible. We calculated that at 100 m, a magnetic field strength of 37.5 T would be necessary for the projectile to be stopped. Although theoretically possible, to generate this field Magneto would need to produce a current of 1.875×10^10 A, which is not achievable on Earth.

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Published

08-11-2018

How to Cite

Rojas Guijosa, P., Bower, G., Dhaliwal, K., Antonelli, J., & Jiggens, K. (2018). P6_4 The Physics of Magneto. Physics Special Topics, 17(1). Retrieved from https://journals.le.ac.uk/index.php/pst/article/view/2913