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Exploring Antiproton Production and Magnetics in Electrical Engineering

This presentation, led by Charlie Igwekala, an Electrical Engineering major at Chicago State University, delves into the intricate world of antiproton production, focusing on the role of various magnets used in the process. From the Tevatron Main Injector to complex systems like dipoles and quadrupoles, the discussion highlights the magnetic characteristics crucial for enhancing luminosity in particle physics. With engaging dramatizations and vital warnings, this learning journey combines theoretical knowledge with practical understanding of engineering principles in an exciting scientific context.

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Exploring Antiproton Production and Magnetics in Electrical Engineering

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Presentation Transcript

  1. Magnet Inventory Charlie N. Igwekala Electrical Engineering Major Chicago State University

  2. In The Beginning Wilson Hall Booster In The Beginning And Now Neutrino Area Meson Area Proton Area Antiproton Source Antiproton Source Antiproton Source Antiproton Source Antiproton Source Antiproton Source Antiproton Source Tevatron Main Injector

  3. Dramatization of Antiproton Production Protons

  4. Lithium Lens Dramatization of Antiproton Production

  5. Lithium Lens Dramatization of Antiproton Production

  6. Dramatization of Antiproton Production WARNING: Protons and antiprotons are not actual size WARNING: Protons and antiprotons are not actual size WARNING: Protons and antiprotons are not actual size WARNING: Protons and antiprotons are not actual size WARNING: Protons and antiprotons are not actual size WARNING: Protons and antiprotons are not actual size WARNING: Protons and antiprotons are not actual size WARNING: Protons and antiprotons are not actual size WARNING: Protons and antiprotons are not actual size WARNING: Protons and antiprotons are not actual size WARNING: Protons and antiprotons are not actual size

  7. Weight of the Task

  8. Getting Acquainted with Magnets

  9. Amidst Magnets Accumulator AP3 D to A AP2 Debuncher

  10. Compass Nightmare Dipoles Quadrupoles Sextupoles Octupoles Used to alter antiproton path Reduces beam size, horizontally and vertically Other magnets… apologies…

  11. Sooooooo Many Magnets!!! With so many magnets, it is important to know where magnets are and what the magnetic characteristics are within the source. All this plays an important role in the endless pursuit of greater luminosity!

  12. Let’s Get Ready To Rumble!!! B I vs. vs. vs.

  13. Excited!!!

  14. Conclusion

  15. Fini

  16. The End

  17. Thank You

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