Friends, as new particles are coming out every day, allow me to put my point of view on it, with this drawing:
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There are no well-defined quarks, but compact particles of any dimension.
Therefore any of the so-called exotic particles is just a compact material particle, without well-defined components.
The idea of dividing particles into quarks is just a theory to explain it within the Standard Model.

When we speak of microcosm we refer to the cosmic levels (fourth dimension of space) lower than ours.
Being ours the cosmic level where the basic orbital systems are the stars.
The microcosm would range (down) from the great atoms (e.g. uranium, 4x10^-22 g) to the smallest particles of that cosmic level (lower than ours), and that would be the sub-atom (10^-80 g).
Well, subatomic particles are built with the sum of sub-atoms (just as at our level, stars are built with the sum of atoms).
For this reason, there can be almost infinite types of subatomic particles, depending on the number of subatoms you have, which can be 10^60 at least.
Now, every subatomic particle is a compact particle of matter, without well-defined components.
Thus, a proton is just a compact particle, without quark components: the same as a neutron, nucleus of the electron, neutrino, etc.
In short, the only component particles of the atomic particles are the sub-atoms (10^-80 g)(which are also different from each other.)

Have you seen any sun, planet, moon, etc. composed of equal particles?
NO! ---- Well, it doesn't happen at the atomic level either.
Have you seen any sun, planet, moon, etc. composing orbital systems, one around the other?
YES, ALL! ----Well, it also happens at the atomic level.

Friends, as we are celebrating the anniversary of the discovery of the Higgs Boson, let me write down some predictions about it, and according to my model.

1.- There are no completely equal quantum particles, but rather extensive ranges of particles with similar properties, but with some variation in size between them.
*I put a simple and rough example:
Let us think that the atoms, at our level, represent the fruits.
Well, there are many types of fruits (atoms), pears, apples, bananas, etc., but within each type (e.g. apple) we will not find two completely identical apples, despite being of the same type.
In the drawing, there are the groups of particles that my model makes.

2.- The Higgs Bosons, like other particles, are simply ranges of unstable particles of similar (but not equal) sizes.
This means that more and more particles of sizes similar to the current Higgs Bosons will be discovered.

3.- The Higgs Bosons, it will be shown that they do not have the capacity to give mass to other particles, and that they are simple pieces of matter of different sizes.

4.- It will also be discovered that the (unstable) Higgs Bosons are normally positive in their charge, and that they will quickly transform into (stable) atoms of size (in matter and mass) similar to the mass of the Boson.

5.- Logically, all unstable particles (especially the larger ones) tend to become stable forming orbital systems, with the energy density required by the cosmos Da.