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    ASP2026—Teachers Program at the 9th African School of Physics

    Jul 6 – 11, 2026
    CEMASTEA, Nairobi, Kenya
    Africa/Nairobi timezone

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    Contribution List

    55 out of 55 displayed
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    1. 1. Opening Ceremony
      7/6/26, 9:00 AM

      Guests of Honor addresses / from CEMESTEA, from UoN / from IOC

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    2. 2. Keynote
      Dr David Otwoma
      7/6/26, 9:30 AM

      Fundamental physics research in Kenya

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    3. 3. Keynote
      Prof. Wilson Ng'etich
      7/6/26, 10:15 AM

      Applied physics research in Kenya

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    4. 4. COFFEE/TEA BREAK
      7/6/26, 11:00 AM
    5. 5. Keynote
      Mirjana Povic
      7/6/26, 11:30 AM

      Astrophysics and Cosmology

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    6. 6. Discussion time
      7/6/26, 3:15 PM
      • Q&A on keynotes
      • Hopes, fears, expectations for the workshop

      During Q&A, write down a hope, fear, or expectation for the workshop on a post-it note and post on the wall.

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    7. 7. Evaluation of Session
      7/6/26, 3:45 PM
    8. 11. Introduction to (Micro) Python programming.
      7/7/26, 9:30 AM

      Connection PC <-> micro-controller, IDE description. Exercises: simple, standard Python programs (if possible: simulations of the trajectory of a stone thrown at different angles)

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    9. 15. Introduction to Particle Physics
      7/7/26, 9:30 AM
      • Particle cards
      • Introduction to the Standard Model
      • Rolling with Rutherford
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    10. 9. Pedagogy of Electrostatics and Electric Current
      7/7/26, 9:30 AM
    11. 43. Rotating Experiments
      7/7/26, 9:30 AM
      • Muon detection
      • Radioactive decay simulation
      • Basic spectroscopy
      • Malus’ law
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    12. 12. Hardware access, programming the LED on the CPU card
      7/7/26, 11:30 AM
    13. 10. Pedagogy of Electrostatics and Electric Current
      7/7/26, 11:30 AM
    14. 44. Rotating Experiments
      7/7/26, 11:30 AM
      • Muon detection
      • Radioactive decay simulation
      • Basic spectroscopy
      • Malus’ law
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    15. 16. The Large Hadron Collider
      7/7/26, 11:30 AM
      • LHC talk and discussion
      • Calculate the Z-boson mass
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    16. 14. Pedagogy of Electrostatics and Electric Current
      7/7/26, 3:15 PM
    17. 17. Q&A and discussion
      7/7/26, 3:15 PM
    18. 13. Reading the switch
      7/7/26, 3:15 PM
    19. 45. Rotating Experiments
      7/7/26, 3:15 PM
      • Muon detection
      • Radioactive decay simulation
      • Basic spectroscopy
      • Malus’ law
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    20. 18. Pedagogy of Magnetism
      7/8/26, 9:30 AM
    21. 47. Rotating Experiments
      7/8/26, 9:30 AM
      • Muon detection
      • Radioactive decay simulation
      • Basic spectroscopy
      • Malus’ law (2 sets)
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    22. 19. Sensors (temperature, humidity, barometric pressure)
      7/8/26, 9:30 AM
    23. 24. W2D2 measurment
      7/8/26, 9:30 AM
    24. 25. Discussion of results and how to participate
      7/8/26, 10:30 AM
    25. 20. LCD Display
      7/8/26, 11:30 AM
    26. 35. Pedagogy of Mirror Optics
      7/8/26, 11:30 AM
    27. 26. QuarkNet Data Activities
      7/8/26, 11:30 AM
    28. 48. Rotating Experiments
      7/8/26, 11:30 AM
      • Muon detection
      • Radioactive decay simulation
      • Basic spectroscopy
      • Malus’ law
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    29. 21. Combining sensors and LCD to create a simple weather station
      7/8/26, 2:00 PM
    30. 27. Discussion of classroom implementation
      7/8/26, 2:00 PM
    31. 36. Pedagogy of Mirror Optics
      7/8/26, 2:00 PM
    32. 49. Rotating Experiments
      7/8/26, 2:00 PM
      • Muon detection
      • Radioactive decay simulation
      • Basic spectroscopy
      • Malus’ law
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    33. 40. (Micro) Python programming; Hardware access
      7/9/26, 9:30 AM
      • Connection PC <-> micro-controller, IDE description. Exercises: simple, standard Python programs (if possible: simulations of the trajectory of a stone thrown at different angles)
      • Hardware access basics
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    34. 31. Pedagogy of Electrostatics and Electric Current
      7/9/26, 9:30 AM
    35. 52. Rotating Experiments
      7/9/26, 9:30 AM
      • Muon detection
      • Radioactive decay simulation
      • Basic spectroscopy
      • Malus’ law
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    36. 39. Hardware access
      7/9/26, 11:30 AM
      • Programming the LED and CPU card
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    37. 32. Pedagogy of Electrostatics and Electric Current
      7/9/26, 11:30 AM
    38. 51. Rotating Experiments
      7/9/26, 11:30 AM
      • Muon detection
      • Radioactive decay simulation
      • Basic spectroscopy
      • Malus’ law
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    39. 33. Pedagogy of Electrostatics and Electric Current
      7/9/26, 2:00 PM
    40. 41. Reading the switch
      7/9/26, 2:00 PM
    41. 53. Rotating Expereiments
      7/9/26, 2:00 PM
      • Muon detection
      • Radioactive decay simulation
      • Basic spectroscopy
      • Malus’ law
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    42. 34. Pedagogy of Magnetism
      7/11/26, 10:30 AM
    43. 54. Rotating Experiments
      7/11/26, 10:30 AM
      • Muon detection
      • Radioactive decay simulation
      • Basic spectroscopy
      • Malus’ law
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    44. 42. Sensors and LCD
      7/11/26, 10:30 AM
      • temperature, humidity, barometric pressure sensors
      • LCD display
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    45. 37. Pedagogy of Mirror Optics
      7/11/26, 2:00 PM
    46. 55. Rotating Experiments
      7/11/26, 2:00 PM
      • Muon detection
      • Radioactive decay simulation
      • Basic spectroscopy
      • Malus’ law
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    47. 22. Human Particles
    48. 38. Intorduction to Python (Micro) Programming

      Connection PC <-> micro-controller, IDE description. Exercises: simple, standard Python programs (if possible: simulations of the trajectory of a stone thrown at different angles)

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    49. 23. Introduction to World Wide Data Day (W2D2)
    50. 8. Organizational discussion
    51. 30. Pedagogy of Electrostatics and Electric Current
    52. 28. Pedagogy of Magnetism
    53. 46. Rotating Experiments
      • Muon detection
      • Radioactive decay simulation
      • Basic spectroscopy
      • Malus’ law
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    54. 50. Rotating Experiments
      • Muon detection
      • Radioactive decay simulation
      • Basic spectroscopy
      • Malus’ law
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    55. 29. Sensors: Introduction