Video lectures on particle accelerators

In summary, this conversation discusses a collection of links to physics video lectures on Particle Accelerators and their applications, specifically at CERN. It also mentions the possibility of building a particle accelerator at home, with one person's professor having done so in the past. However, it is advised not to attempt to build a real accelerator as seen on TV. The conversation also mentions physicist Michio Kaku building an atom smasher as a student.
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  • #3
Is it possible to build one at home? are there "how to"??
 
  • #4
edo1493 said:
Is it possible to build one at home? are there "how to"??

Yes. It is possible. I know my professor did one when he was only ten years ago.
Just google it.
He also created an anti-matter machine in his backyard.

These are cool things that you can do at home. Check out google. Plenty.

Some of you might be guessing who my professor is... it's kind of obvious (he built anti-matter...)

But don't get yourself trouble with the real accelerator we see on the T.V.
You just can't build those.
 
  • #5
Do you know Physicist Michio kaku built an atom smasher when he was a student
 
  • #6
Why can I not contact the website in China?
 

1. What are particle accelerators and how do they work?

Particle accelerators are scientific instruments used to accelerate charged particles to high speeds and energies. They work by using electromagnetic fields to accelerate and steer the particles through a series of accelerating structures.

2. What is the purpose of studying particle accelerators?

Particle accelerators are used for a variety of purposes, including fundamental research in particle physics, medical applications such as cancer treatment, and industrial applications such as materials analysis and production of high-power X-rays.

3. How are particle accelerators built and what components are involved?

Particle accelerators are complex machines that require a range of components such as magnets, vacuum chambers, and radio frequency cavities. They are typically built in stages, with each stage designed to accelerate the particles to a higher energy level.

4. What are some of the challenges associated with building and operating particle accelerators?

Building and operating particle accelerators can be challenging due to the high cost and technical complexity involved. Other challenges include managing the intense radiation produced by the particles, ensuring the stability and precision of the particle beam, and maintaining the equipment at extremely low temperatures.

5. How do particle accelerators contribute to our understanding of the universe?

Particle accelerators allow scientists to study the fundamental building blocks of matter and the forces that govern their interactions. By colliding particles at high energies, researchers can recreate the conditions that existed in the early universe and gain insights into the nature of our universe.

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