Rough overview of results from collision experiments

In summary, the conversation discusses the speaker's interest in learning about recent results in experimental high energy physics, particularly those from collision experiments in the past 30 years. They ask if there is any literature available that provides a summary of these results. The other person mentions the discovery of the W and Z particles, the top quark, hadrons, jet physics, and the Higgs boson, and suggests checking out reviews from the Particle Data Group for more information.
  • #1
Zorba
77
0
I would be more of a theoretician, but recently I have been somewhat interested in trying to learn about recent results (last 30 years or so) in experimental high energy physics - about the implications or results from collision experiments and so on.

I realize this is asking a lot, but is anyone aware of perhaps an article or some sort of literature out there that gives a rough-ish breakdown of the significant results of the collision experiments and so on? I've searched the archiv for something like this and also just more generally with Google and I couldn't really find anything.

Thanks!
 
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  • #2
Not as hard as you might think. :smile:

Results of Collider Experiments During the Last 30 Years:
1) Discovery of the W and Z - 1983 by SPS
2) Discovery of the top quark - 1995 by Tevatron
 
  • #3
Heh.

Then there are various hadrons, particularly the bottom hadrons explored at the B factories. Deep inelastic scattering experiments provided a lot of information about parton distribution functions and other hadronic structure functions and form factors. Jet physics dates back to the '70s, but of course has advanced enormously since then, and may (or may not) advance further with exploration of jet substructure. And that's not to mention results from LEP that include the famous Higgs boson mass bound.

As for literature, I would recommend checking out the Particle Data Group reviews of whatever topics sound most interesting to you. These should all cite plenty of references, including more detailed, dedicated reviews.
 

Related to Rough overview of results from collision experiments

1. What are collision experiments and why are they important in science?

Collision experiments involve accelerating particles and colliding them with each other or with a target material to study the resulting interactions and outcomes. These experiments are important in science because they provide insight into the fundamental building blocks of matter and the forces that govern their behavior.

2. How do scientists analyze the results of collision experiments?

Scientists use a variety of techniques to analyze the results of collision experiments, including studying the trajectories of particles, measuring energy and momentum changes, and observing the production of new particles. Sophisticated detectors and computer simulations are often used to collect and analyze data from these experiments.

3. What have we learned from collision experiments?

Collision experiments have led to many significant discoveries and advancements in our understanding of the universe. For example, they have helped confirm the existence of subatomic particles, such as quarks and gluons, and have provided evidence for the Higgs Boson. They have also helped us understand the properties of matter and the forces that govern its behavior.

4. How do collision experiments contribute to the development of new technologies?

Collision experiments require advanced technologies and techniques, such as particle accelerators and detectors, which often push the boundaries of what is possible in terms of engineering and design. These advancements can then be applied to other fields, leading to the development of new technologies and applications in areas such as medicine and energy production.

5. What are the potential risks and ethical concerns associated with collision experiments?

While collision experiments have immense scientific value, they also carry potential risks and ethical concerns. For example, there may be safety concerns related to the high energies and radiation involved in these experiments. There are also ethical considerations surrounding the use of public funds for these experiments and the potential for unintended consequences or misuse of the knowledge gained from them.

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