Math 4 Wisdom. "Mathematics for Wisdom" by Andrius Kulikauskas.

粒子

Could particles be extremal black holes?
When a particle and anti-particle are emitted, what is happening to their gravitational attraction to each other?
How can a particle and anti-particle separate if they are bound by an infinite gravitational force?
Why are there neutrinos of different generations - for establishing entanglement? triggering collapse of wave function?

The infinite possibilities that emanate with Feynmann diagrams are like an independent thinker's myriad relationships with themselves including through others, as in the science of prayer.
The Standard Model has three families which differ in mass, thus in the time that they may participate in a violation of conservation of energy. The three families may function as three levels of parsers, (as in the algebra of copyright), thus three levels of language.

Anti-particles

Field symmetry is in a particle's self-interaction with itself, mediated by the field. This field symmetry is expressed by the relevant Lie group.
Perhaps the expanding universe differentiated, segregate itself into regions of positive matter and negative matter. Pehaps dark matter and dark energy are from portions of the universe that consists of negative matter.
A particle that is its own antiparticle.

Standard model

Looking at the Standard Model: 12 fermions are the 12 topologies. 4 bosons are the 4 representations of the nullsome. Higgs boson is the nullsome.

Standard model: leptons mediate forces

Also:

Thus 34 or 37 particles.

Weak nuclear force changes quark types. Strong nuclear force changes quark positions. Electromagnetic force distinguishes between quark properties - charge.
Exchange particles - gauge bosons.
Massless particles acquire mass through symmetry breaking:

Ženklų savybės: pirmos trys yra fermionų, kitos trys yra bosonų.
Palyginti trinarį gyvenimą su kvarkų trejybe (trys kvarkai neišardomai susieti).