Learning enough to understand the Higgs boson prediction?

[dgriff]

If I wanted to learn just enough physics and maths to understand the predicted existence of the Higgs boson, how long would that take? (Assuming average undergrad ability).

If you view the prediction as the top point of a pyramid of knowledge, how big is that pyramid?

 

[ZapperZ]

One thing about physics is that you can't learn it in bits and pieces. Every part of physics is interconnected.

For example, the Higgs mechanism came out of condensed matter physics. It doesn't mean that you have to learn condensed matter physics, but it means that you actually have to learn physics, because the "mathematics" and the physical concept transcends any particular area.

Zz.

 

[Bob_for_short]

If I wanted to learn just enough physics and maths to understand the predicted existence of the Higgs boson, how long would that take? (Assuming average undergrad ability).

If you view the prediction as the top point of a pyramid of knowledge, how big is that pyramid?

I wonder how do you see the Higgs boson "prediction" right now, at this stage? Is it a great discovery (theoretical) in your opinion? Can you describe your feelings about it, please?
.

 

[clm321]

they just recently built the large hadron collider witch will hopefully show the existence of higgs

 

[rezeew]

I would say that learning enough to understand the predicted existence of the Higgs boson would require a significant amount of time and effort. The Higgs boson is a fundamental particle in the Standard Model of particle physics, and its prediction involves a complex understanding of quantum mechanics, field theory, and advanced mathematics.

Assuming an average undergraduate level of ability, it would likely take several years of dedicated study to gain a sufficient understanding of these concepts. This would include completing undergraduate courses in physics and mathematics, as well as additional coursework in particle physics and quantum field theory.

In terms of the "size" of the knowledge pyramid, it is difficult to quantify as it depends on individual learning styles and abilities. However, I would say that the pyramid would be quite large, as understanding the Higgs boson prediction requires a solid foundation in many different areas of physics and mathematics.

Overall, learning enough to understand the predicted existence of the Higgs boson is no small feat and would require a significant amount of time and effort. However, the knowledge gained along the way would be invaluable and could open up many opportunities for further study and research in the field of particle physics.