Quarks & Gluons as letters of the alphabet

Quarks & Gluons as beads of the Aks.ara-mala

quarks are the basic constituents of sub-atomic particles	consonants are the basic constituents of word-roots (according to S^emitic grammars)
gluons hold together quarks in order to form sub-atomic particles	vowels hold together consonants so as to form usable words (according to S^emitic grammars)

constituents of mesons vs. of baryons

The baryon system would seem to be accounted for by as few as 6 quarks; but

a larger number of constituents would seem to be needed to account for mesons.

Thus (e.g.),

a pi meson and a rho meson should not have the same constituents;	One of these should be a parton.
nor should an eta-c meson consist of a quark and and anti-quark of the same kind (as they would mutually annihilate).	One of these should be a parton.

where "parton" would be a constituent of a lepton (electron and muon).

The electron-parton is apparently to be found also in a nucleon:

A neutron can decay into proton + electron (+ anti-neutrino)

This would indicate that an electron-parton was already present in the neutron,

and that such parton converted the neutron's negative pi-meson into the other electron-parton.

This conversion would be similar to the color-shifting in quantum-chronodynamics; but with the added provision that a parton would be needed to produce another parton.

It would remain to be discussed whether some baryons could be accounted-for by 2 quarks + 1 parton, and some by 1 quark + 2 partons.

If so, because there are fewer kinds (1 pair) of partons than kinds (3 pair) of quarks, the 1 quark + 2 partons particles should be the more particular (stable).

So, thus, a proton = 1 quark + 2 electron-partons; while a neutron = 1 quark + 2 muon-partons: the muon-components accounting for the nucleus' exchange-particles.

As such, the single sub-particle could carry the gluon connecting the pair of sub-particles.

bosons as letters of the alphabet

The muon-parton would be the principal binding-component in the nucleus.	The letter W (<arabic wa "and") is the principal conjunction = neutretto.	The vowel for W is U, so that would be the neutretto (muon's )-gluon vowel.
The electron-parton would be the lesser binding-component in the nucleus.	The letter Y (<arabic -iy "pertaining to") is the lesser conjunctive = neutrino.	The vowel for Y is I, so that would be the neutrino (electron's )-gluon vowel.
The glueball's main ingredient should be the graviton.	The consonant could be < (<ayin) as mother-consonant = tau-neutrino.	The vowel for < is A, so that would be the graviton (glu-ball's) vowel.
The dispersive ingredient (in electron region, not nucleus) would be the photon.	Its consonant may be > (>alif) as mother-consonant (in <ibriy, rather than in <arabic) = neutral pion.	The vowel for > is A (written in <arabic as a>), so that would be the photon vowel.

These identifications are inhaerent in the consonants' enunciations:

The graviton hath a intaking effect on massive particles.	The phoneme < is produced by swallowing (which is to intake into the stomach).
The photon hath an expulsive effect on particles.	The phoneme > is produced by coughing (which is to expell from the lungs).

quarks as consonants

The up-quark is the single quark in the neutron.	Probably, the neutron = 1 up-quark + 2 muon-partons	The spirant for W is F, which would be the up-quark.
The down-quark is the single quark in the proton.	Probably, the proton = 1 down-quark + 2 electron-partons	The spirant for Y is S^, which would be the down-quark.

The other spirants would also be quarks (the other 4 of them).

The strange-quark.	The spirant S (initial-letter of the word 'strange')
The charm-quark.	The retroflex spirant .S
The bottom-quark, of similar mass to the charm-quark.	The retroflex spirant .T (= .Z in <arabic)
The top-quark is unaccountably massive.	The spirant T is associated with the dental T, which can be abrupt and click-like (when truly dental, not alveolar).

T is commonest initial consonant in <arabic names of numerals, possibly indicating measurement of mass as a primary function of numbers.

consonants of conjectural particles, as yet undiscovered

A substantive particle, drawn out of the "Dirac sea" may be needed as centre for a "glu-ball" (as yet also unfound).	The spirant for < is ^H (as in <arabic)
The magnetic monopole may be conjectured to mediate the electro-magnetic field (if Maxwell's aequations are wrong).	The spirant for > is .H (.heyt)

magnetic monopole

That Maxwell's aequations are untenable was proven already in the 1890s. Were they originally intended merely as a joke?

The sound-symbolism (in English) for 'joke' is ^C -- "chortle", "chuckle".

The spirant for ^C (more correctly, written as upside-down t as I.P.A. symbol), is .H

cosmic prayer

When the goddess Uzume danceth, the very deities roar with laughter.	The curiosity of reversed time-flux is answerable to humor.
Then the goddess Ama-terasu seeth herself in the divine mirroring.	Reversed time is a reflection (of all rotations in reverse).
The aks.ara-mala (alphabet-rosary) is worn by Kali, the "time"-goddess.	The female time would be reversed time, as in anti-matter.
She forceth her husband to dance a jig, he as Nrtanr.tya (dance as no-dance).	The anti-quarks & other anti-sub-particles could force any bound sub-particles.

This forcing would, of course, disclose, behind the uncertainty principle, the hidden variables in the super-implicate order.