Can You Build a Particle Accelerator at Home?

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Discussion Overview

The discussion revolves around the feasibility and methods of building a particle accelerator at home. Participants explore various types of accelerators, including cyclotrons and Van de Graaff generators, and discuss the challenges and limitations associated with such projects.

Discussion Character

  • Exploratory
  • Technical explanation
  • Debate/contested
  • Homework-related

Main Points Raised

  • Some participants assert that building a particle accelerator at home is impractical due to the size and power requirements of traditional accelerators.
  • Others suggest that smaller accelerators, like cyclotrons, can be constructed with basic materials and equipment, although they may not achieve high energies.
  • One participant mentions that common household items, such as cathode ray tubes, function as basic particle accelerators.
  • There are discussions about the possibility of creating antimatter, with some participants noting the significant challenges and energy requirements involved.
  • A participant shares their experience with a Van de Graaff accelerator, describing its operation and the types of experiments conducted.
  • Several participants reference a specific individual who successfully built a particle accelerator in their basement, providing links to related resources and historical context.
  • Requests for detailed schematics and materials for building a cyclotron or particle accelerator are made, indicating interest in practical guidance.

Areas of Agreement / Disagreement

Participants express differing views on the feasibility of building a particle accelerator at home. While some argue it is not possible, others provide examples and resources that suggest it can be done, leading to an unresolved debate on the topic.

Contextual Notes

Limitations include the need for specific materials and equipment, potential legal restrictions on handling radioactive materials, and the varying levels of expertise required for successful construction and operation.

Who May Find This Useful

Individuals interested in experimental physics, DIY projects related to particle physics, and those curious about the practical aspects of building accelerators may find this discussion informative.

  • #31
rajeshpamula said:
I have a question on energy levels in accelerator. I see LHC has energy level of 14 TeV, which is less than even 1 joule and 1 Joule of energy can be obtained at no cost. Then what makes the accelerator design so difficult?

This is not a matter of simply radiating a little heat: two particles are each accelerated so that each one is at 7 TeV. THAT takes a load of magnets, and a lot of electricity. The key here is: they are accelerated.
 
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  • #32
ATCG said:
I would be trying to create anti-matter
If the LHC were to try to generate 1 single gram of anti-matter it would cost them 400 quadrillion dollars to run and 100 billion years for the machine to run...Soz no anti-matter :/
 
  • #33
Did you happen to notice that the post you responded to is seven years old? :rolleyes:
 
  • #34
7-years old. Hahaha! I think I've done that myself on another thread.
Makes me curious if Fred finished his book.
 
  • #35
Does anyone know if Fred ever finished his book?

I am starting to work on building a linear particle accelerator and would love to read what he has to say:
 
Last edited by a moderator:
  • #36
Hello,

I am a second year student industrial engineer in nuclear technology and I am looking for some blueprints / building plans so I can make a 3D drawing of a particle accelerator. If someone can give me a blueprint that I can build myself I would be even more happy cause then I would make it my bachelor project in my third trimester.

I hope someone can help me!
 
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  • #37
Hello,

Just wondering what kind of pressures are required for experimentation with a linear accelerator similar to the one described here:

http://www.ifpan.edu.pl/firststep/aw-works/fsII/alt/altineller.pdf

I know they say it must be at 0.1 microns - would it still be posssible to experiment at pressures at about 10 microns? Vacuum pumps that go to those pressures are hard to find, and very expensive, particularly here in England.

Also, has anyone tried using a Tesla coil to power a linac, or would a Cockcroft-Walton multiplier be a better way to go? I can't find much on Tesla coil particle accelerators.
 
  • #38
There are many questions here about construction of an accelerator but my information is lacking in measurement methods. For instance, proton to target timing so that velocity can be calculated. High voltage measurement methods, possible sources for such equipment. My searches on the web don't take this aspect of construction into account. Oh, as I remember the article in Scientific American, Amateur Scientist, was for the construction of a Crookes tube and one way to test it was to expose a piece of photo paper to take a shadowgraph of the target plate.
 
  • #39
This thread is almost a decade old.
 

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