What is the smallest known particle in the universe?

  • Thread starter lawtonfogle
  • Start date
  • Tags
    Particles
In summary, matter is made up of atoms, which are composed of neutrons and protons with orbiting electrons. Protons and neutrons are in turn made up of orbiting quarks, although the exact internal structure is still unclear. There is a possibility that at even smaller levels, particles could exist that could shrink the distance between them, possibly leading to matter existing inside a neutron. However, this is purely speculative and not supported by any scientific evidence.
  • #1
lawtonfogle
160
0
Matter is made up of atoms. Basic. :smile: Atoms are made up of nuetrons and protrons with orbiting electrons. Also basic. :smile: Protrons and nuetrons are made up of orbiting quarks (not sure about the electrons for they have wave-like properties and I have not found anything saying they are made up of quarks.) Not so basic any more. :confused:

So far an atom is mostly made up of protrons and nuetrons. Since they are made up of orbitng quarks (UP and DOWN type) they are mostly free space. this means the quarks weigh a lot for there size (atoms are also mostly free space.)

A pattern also forms here. Everything is made up of smaller particles starting at the atomic level. So maybe quarks are also made up of smaller particles. These sub-sub-sub (super-sub) atomic particles could also be made up of sub-sub-sub-sub atomic particles. This could continue indefinnetly. If this was true the maybe at the sub-sub-sub-sub *10^100 level, particles of this level could shrink the distance between them by 1/10 of origianal. This could cause an effect that X number of levels up could shrink the distance between patcles of each level by 1/10 then matter that soud be on our size level actualy exsist in the space inside a nuetron. :eek:
Nothing says this is imposible!
 
Physics news on Phys.org
  • #2
lawtonfogle said:
Matter is made up of atoms. Basic. :smile: Atoms are made up of neutrons and protrons with orbiting electrons. Also basic. :smile:

So far,so good,the classical picture is okay.

lawtonfogle said:
Protrons and neutrons are made up of orbiting quarks (not sure about the electrons for they have wave-like properties and I have not found anything saying they are made up of quarks.) Not so basic any more. :confused:

Not exactly.Quarks don't orbit anything...The classical picture doesn't hold inside a nucleon.Electrons are fundamental particles.They don't seem to have internal structure.All particles have wave-like behavior:electrons,nucleons,photons,mesons,neutrinos,etc.

lawtonfogle said:
So far an atom is mostly made up of protrons and nuetrons.Since they are made up of orbitng quarks (UP and DOWN type) they are mostly free space. This means the quarks weigh a lot for there size (atoms are also mostly free space.)

We don't know how big subatomic particles are.We don't know the exact internal structure of nucleons.We know there are 3 quarks inside and gluons mediate interactions between quarks."Free space" is something unclear.

lawtonfogle said:
A pattern also forms here. Everything is made up of smaller particles starting at the atomic level. So maybe quarks are also made up of smaller particles. These sub-sub-sub (super-sub) atomic particles could also be made up of sub-sub-sub-sub atomic particles. This could continue indefinnetly. If this was true the maybe at the sub-sub-sub-sub *10^100 level, particles of this level could shrink the distance between them by 1/10 of origianal. This could cause an effect that X number of levels up could shrink the distance between patcles of each level by 1/10 then matter that soud be on our size level actualy exsist in the space inside a nuetron. :eek:
Nothing says this is imposible!

This is the part where your imagination runs wild.There's unclear whether there are particles which make up the ones considered fundamental at this very moment.So anyone may imagine whatever he/she wants.You included.

Daniel.
 
  • #3
dextercioby said:
We don't know how big subatomic particles are.We don't know the exact internal structure of nucleons.We know there are 3 quarks inside and gluons mediate interactions between quarks."Free space" is something unclear.


Well, this is not entirely correct. I have written about this in my journal (entry 3 : on gluons and pions :https://www.physicsforums.com/journal.php?s=&action=view&journalid=13790&perpage=10&page=3 ) so it would be stupid to rewrite all that inhere. Quarks are positioned on a tringle or Y-shape in baryons, depending on the interquarkdista,ces at hand and therefore, depending on the energyscale...these properties are proven in the dual abelian higgs model.


regards
marlon
 
Last edited by a moderator:
  • #4
Yes, i did let my imaginenation run wild, but so far a lot of discovories took some imagination to think up and then people used science to prove. When people first started to say the world was round, many others said they were really runing wild with there imagination.

As far as the quarks are concerned, orbitting was really just a guess but they have to have some way of giving a protron a 'edge'. Also they are not (unless i misread) 1/3 the size of a protron or electron, which means there is 'free space', and if there is not free space something must take it up the space or else we have a problem.

This was ment to be a 'what if' idea to get others to think on it.
 
  • #5
lawtonfogle,

Welcome to PF. This site is not the appropriate place to let your imagination run wild -- personal or unsubstantiated theories are not welcome here, per site guidelines. We prefer to keep our discussion here on real physics. Please try to keep your imagination in check here.

- Warren
 

Related to What is the smallest known particle in the universe?

1. What are sub-sub-subatomic particles?

Sub-sub-subatomic particles are particles that are smaller than subatomic particles, which are the building blocks of atoms. They are theoretical particles that have not yet been discovered or observed.

2. How are sub-sub-subatomic particles different from subatomic particles?

Sub-sub-subatomic particles are smaller than subatomic particles, and they are thought to make up subatomic particles. They are also thought to be the fundamental particles that make up everything in the universe.

3. What is the significance of sub-sub-subatomic particles in the field of science?

Sub-sub-subatomic particles are important because they are thought to be the smallest building blocks of matter. Understanding these particles can help us understand the fundamental laws of nature and the origins of the universe.

4. How are sub-sub-subatomic particles studied?

Sub-sub-subatomic particles are studied through theoretical models and experiments at high-energy particle accelerators. Scientists use these methods to try and observe and understand the behavior of these particles.

5. Are sub-sub-subatomic particles relevant to everyday life?

Currently, sub-sub-subatomic particles do not have any practical applications in everyday life. However, the study of these particles can lead to advancements in technology and our understanding of the universe.

Similar threads

Replies
17
Views
2K
Replies
4
Views
2K
Replies
10
Views
821
Replies
1
Views
886
Replies
11
Views
2K
Replies
8
Views
2K
Replies
35
Views
7K
Back
Top