Top strange bottom charm quark

In summary, quarks, specifically up and down quarks, are responsible for creating other materials in our universe. They are also present in mesons and can be found by searching for their names. However, they are not stable particles except in certain extreme conditions.
  • #1
huhjinsoo
15
0
material made from up and down quark
but we have four more quark
what they are do??
 
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  • #2
They make other materials.
 
  • #3
Simon Bridge said:
They make other materials.

example please..
 
  • #4
Apart from the inner regions of neutron stars, they are not stable in our universe. They played an important role in the early universe, however.
 
  • #5
huhjinsoo said:
example please..
We see these quarks in many mesons and also deduce their existence from some interactions.

An up or a down quark paired with a strange quark (incl antiparticles) gets you a kaon.
The charm quark-antiquark pair forms the J/ψ meson.
The B-meson includes the bottom quark.

mfb is correct, they do not make stable particles.
The top quark forms are so unstable they don't appear at all.

Just google for the name of the quark you are looking for and you'll find all the examples you can hope for. The wikipedia pages have a potted history telling you what was so special ... i.e. what is so strange about strange particles.
 

FAQ: Top strange bottom charm quark

1. What is a top strange bottom charm quark?

A top strange bottom charm quark is a subatomic particle that is one of the six types of quarks. It is a fundamental building block of matter and is found in the nucleus of an atom.

2. How is a top strange bottom charm quark different from other quarks?

A top strange bottom charm quark is different from other quarks because it has a higher mass and is more unstable. It also has a different combination of "flavors" (top, strange, bottom, and charm) compared to other quarks.

3. What is the role of a top strange bottom charm quark in particle physics?

A top strange bottom charm quark plays a crucial role in particle physics as it is involved in many important processes, such as the decay of heavier particles and the formation of hadrons (particles made up of quarks).

4. How was the top strange bottom charm quark discovered?

The top strange bottom charm quark was discovered in the late 1970s through experiments at particle accelerators. Physicists noticed that when high-energy particles collided, they produced particles that could only be explained by the existence of a top strange bottom charm quark.

5. What practical applications does the top strange bottom charm quark have?

The top strange bottom charm quark does not have any direct practical applications, but its discovery and study have led to a better understanding of the fundamental forces and building blocks of the universe. This knowledge has contributed to technological advancements in fields such as medicine and energy production.

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