Hello, guys this going to be one of the parts of the quantum series were ii cover many topics from the quantum mechanics and in earlier part may have seen about quantum decoherence and other and today ai am doing to cover about quantum chromatography.
The same will also happen that when we study all the basic elements that are neutron-proton and electron we see that there are mainly two quarks that are up and down having +2/3 charge and -1/3 charge respectively that make them possible to have a structure in such a way that their mix make basic elements that are proton and neutron.
Proton is made by 2 Ups and 1 Down and doing the math we get (+2/3+2/3-1/3) and get +1 charge.
Neutron is made by 2 Down and 1 Up and doing the math we get (+2/3-1/3-1/3) and get +0 charge.
There are even 4 more quarks that are top, strange, charm, bottom quarks that make up other necessary things.
1) Color Confinement:- this is done with force between two charges, these are being separated and with the help of this at a certain threshold they produce quarks and antiquarks pairs and make hardons from one to two with an isolating color.
2) Asymptotic freedom when the energy strength of interaction between quarks and gluons interaction increases as the scale is increased.
They have many three-color particles green, red and blue and they all combine to form color neutral particles called baryons this are so light particles that when being ejected they do form a jet-like waves having many quarks and antiquarks due to color confinement.
What is Quatum Chromodynamic
It is basically the strong interaction between quarks and gluons and the other fundamental particles in the universe make up a composite of hadrons series that are protons, neutrons, and pions, the quantum chromodynamics analog of electric charge is a property called as color.
This basically helps to understand the strong particles and it is different from QED and has gluons and has the interaction of strong charges and when they all have the forces to interact in such a way that when a large force is applied they follow color confinement.
One thing need to be clear there is no real color associated it is just named with color to differentiative from QED
What are quarks
The same will also happen that when we study all the basic elements that are neutron-proton and electron we see that there are mainly two quarks that are up and down having +2/3 charge and -1/3 charge respectively that make them possible to have a structure in such a way that their mix make basic elements that are proton and neutron.
Proton is made by 2 Ups and 1 Down and doing the math we get (+2/3+2/3-1/3) and get +1 charge.
Neutron is made by 2 Down and 1 Up and doing the math we get (+2/3-1/3-1/3) and get +0 charge.
There are even 4 more quarks that are top, strange, charm, bottom quarks that make up other necessary things.
Properties
1) Color Confinement:- this is done with force between two charges, these are being separated and with the help of this at a certain threshold they produce quarks and antiquarks pairs and make hardons from one to two with an isolating color.
2) Asymptotic freedom when the energy strength of interaction between quarks and gluons interaction increases as the scale is increased.
They have many three-color particles green, red and blue and they all combine to form color neutral particles called baryons this are so light particles that when being ejected they do form a jet-like waves having many quarks and antiquarks due to color confinement.
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