Quantum numbers related to every flavour of quark

Thread starter madytr
Start date Mar 23, 2012
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Numbers Quantum Quantum numbers Quark

In summary, quantum numbers are properties that describe quarks and determine their mass, spin, and charge. There are four quantum numbers for quarks: color charge, electric charge, baryon number, and spin. These numbers play a crucial role in determining quarks' behavior and cannot be changed. They also relate to the different flavors of quarks, with each flavor having a unique combination of quantum numbers.

Mar 23, 2012

madytr

Hi. I am a bit confused by the fact that there are quantum numbers related to every flavour of quark except the up and down. A consequence of this is that the neutral pion is it's own anti-particle while the neutral kaon is not. Why is this so?

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Mar 23, 2012

naima

Gold Member

Another question?

1. What are quantum numbers in relation to quarks?

Quantum numbers are a set of properties that describe the fundamental particles called quarks. These numbers determine the quark's properties such as mass, spin, and charge.

2. How many quantum numbers are there for quarks?

There are four quantum numbers for quarks: color charge, electric charge, baryon number, and spin.

3. What is the role of quantum numbers in determining the behavior of quarks?

Quantum numbers play a crucial role in determining the behavior of quarks. They dictate how quarks interact with each other and with other particles, as well as how they are affected by external forces.

4. Can quantum numbers be changed?

No, quantum numbers cannot be changed. These numbers are intrinsic properties of quarks and remain constant throughout their existence.

5. How do quantum numbers relate to the flavour of quarks?

Quantum numbers are used to classify different types of quarks, also known as flavors. Each flavor has a unique combination of quantum numbers, which distinguish them from one another.