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Electromagnetic Adventures #3: Permanent magnets... in space!

 

 

Reminder: make sure you are logged in if you are participating in the online CERN-Solvay Education Programme because we will check whether all your answers are correct – but don't worry, you can try as many times as you want for each question! 

 

Chapters
  • 00:00-02:12 Introduction
  • 02:12-06:13 A better description of magnets
  • 06:13-09:54 Magnetism and electrons
  • 09:54-16:06 Diamagnetism
  • 16:06-21:06 Paramagnetism
  • 21:06-25:12 Ferromagnetism
  • 25:12-27:44 Conclusion

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      External works referenced in this video:
      • [1] STS-134 Launch in HD
      • [2] Alpha Magnetic Spectrometer on the NASA Image and Video Library
      • [3] Hydrogen Density Plots
      • [4] Diamagnetic Levitation from the High Field Magnet Laboratory at Radboud University
      • [5] NASA ScienceCasts: Finding the Invisible

       

      We created this video for high-school students as a target audience. Therefore, we are using simplified explanations in some situations to make the content more accessible. If you want to dive deeper, you can take a look at the supplementary resources below.

      Sources and materials to go further: 
      • [1] The Feynman Lectures on Physics, Volume II, Chapter 34 The Magnetism of Matter.
      • [2] Physics Reimagined "Paramagnetism and ferromagnetism in solids", Quantum made simple (2021).
      • [3] MinutePhysics "MAGNETS: How Do They Work?" (2013)
      • [4] AMS-02 website, The Magnet
      • [5] NASA Space Station Research, "Alpha Magnetic Spectrometer Hits Ten Years of Space Station Research" (2021)
      • [6] Aguilar, M., et al. "The Alpha Magnetic Spectrometer (AMS) on the International Space Station: Part I–results from the test flight on the space shuttle." Physics Reports 366.6 (2002): 331-405.
      • [7] Ahlen, S., et al. "An antimatter spectrometer in space." Nuclear Instruments and Methods in Physics Research Section A 350.1-2 (1994): 351-367.