Could i construct a small particle accelerator with the resources of

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SUMMARY

A ninth grader in the International Baccalaureate program expressed interest in constructing a small particle accelerator, inspired by Michio Kaku's betatron. The discussion clarified that while building a particle accelerator is feasible, it involves significant technical and legal challenges, especially when dealing with protons, which can produce ionizing radiation. Alternatives like a cyclotron or synchrotron were suggested to avoid legal complications associated with radiation. The feasibility of constructing such devices depends heavily on the intended purpose and the resources available.

PREREQUISITES
  • Understanding of particle physics concepts
  • Familiarity with vacuum systems, such as vacuum pumps
  • Knowledge of ionizing radiation and its regulations
  • Basic principles of cyclotrons and synchrotrons
NEXT STEPS
  • Research the construction and operation of cyclotrons
  • Study the principles of synchrotrons and their applications
  • Learn about the safety regulations regarding ionizing radiation
  • Explore resources on building small-scale particle accelerators
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Students interested in physics, amateur scientists, and educators looking to understand the complexities of particle accelerator construction and the associated legal implications.

PHYSICS!!!:-)
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a ninth grader? I am a 9th grader in the IB program (International Baccalaureate) and i am deeply fascinated by Michio Kaku and his betatron particel accelerator. I am VERY interested in Physics, especially particle physics. I want to construct a particle accelerator, for an independent project. I would have a lot of resources at my disposal, ( a vacuum pump, etc..) The proposed accelerator would be roughly 4-6 feet in diameter, nothing BIG. Is it even logical for me to attempt this? Or am i reaching for goals too advance for my age? Being in the IB program ( a prep program), i am very smart(not to brag), so i could probably handle the math(with help). Could i do this?


thanks for answering! :smile:
 
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yes, but isn't that a ray tube? not a particle accelerator...(i.e. atom smasher)
 
A lot depends on the purpose of the accelerator. Electrons are particles - hence, particle accelerator. If you are trying to accelerate protons, it's a tad more difficult, not just technically but also legally.

Almost any particle accelerator is capable of producing ionizing radiation. Depending on how much radiation and the energy of the radiation, you might have to register your machine with a state regulatory agency, which, depending on your state, can be both expensive as well as difficult without proper training in the hazards of ionizing radiation.

Now, as Russ said, you can do just as well with a machine (like a tv set which in essence is a type of particle accelerator, albeit an innocuous one) that accelerates electrons, just not to a high enough energy to cause ionizing radiation.
 
daveb said:
A lot depends on the purpose of the accelerator. Electrons are particles - hence, particle accelerator. If you are trying to accelerate protons, it's a tad more difficult, not just technically but also legally.

Almost any particle accelerator is capable of producing ionizing radiation. Depending on how much radiation and the energy of the radiation, you might have to register your machine with a state regulatory agency, which, depending on your state, can be both expensive as well as difficult without proper training in the hazards of ionizing radiation.

Now, as Russ said, you can do just as well with a machine (like a tv set which in essence is a type of particle accelerator, albeit an innocuous one) that accelerates electrons, just not to a high enough energy to cause ionizing radiation.

well, i looke di tup, and i am thinking more along the lines of a cyclotron, or synchrotron...i don't want the legal troubles...
 

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