John the Baptist: Good people sit and argue, and how they argue and learn!
– The Mandaean Book of John
***
Antonio Salieri (remembering seeing original copies of Mozart’s music): I was staring through the cage of those meticulous ink strokes at an absolute beauty…
[To God]: From now on, we are enemies. You and l. Because you choose, for your instrument, a boastful, lustful, smutty, infantile boy …
and give me for reward only the ability to recognize the incarnation.
– Amadeus (1984)
It seems that, to understand how the human race got to where it is today, I ought to tie the metaphysical/mythical and historical to physics as I understand it. I found an article which claimed it would reveal “All You Need to Know to Get Started on Particle Physics,” but it was still pretty over-my-head. With a little piecing together using what I remembered and culled from various sources, including (for what it’s worth) Wikipedia, I think I came up with a coherent idea that has enough information for our purposes.
We know the four forces, but we can break them down further while keeping them better organized by condensing them to two – bosons and fermions. Bosons are forces that can interact with other forces, while fermions can only interact with “their own kind.” Each of the four that we know have manifestations in the former group:
Strong nuclear particles are “full vector” – they spin at a regular angle to the strongest attracting object, a spin to which physicists assign a value of one. These particles are called, “gluons.” Electro-magnetism, when it’s being observed, takes particle form and has a spin at “half-integer” value. These particles are called, “photons.” Weak nuclear particles are “intermediate vector” – they have less spin than strong nuclear, and they have far greater mass than electro-magnetic particles. This mass and low spin causes decay (radiation).* There are two types of these particles: charged (W± ) and neutral (Z). Scientists can only speculate on the cause of gravity, and use a hypothetical unit for this force called a “graviton,” to which they posit a spin value of two. Physicists assign numbers to the first three categories based on how much freedom they have to interact with other types of particles. Strong nuclear has the most – SU(3), then electro-magnetism – SU(2), then weak nuclear – U(1)**. It looks like scientists can’t assign a number to the hypothetical gravitons.
There are basically two kinds of Fermions – Quarks and Leptons. The former are “colored,” Leptons are not. Both are subdivided into types that, for whatever reason, physicists call “flavors.”
Quark flavors are: Up, Down, Charm, Strange, Top, & Bottom. They make up either “Hadrons” (more commonly known as Protons & Neutrons,) Mesons, or Quark–gluon plasmas.
Leptons only have two “flavors” – Charged or Uncharged. The former – all negatively charged – are Electrons (which have the least mass and sometimes are bosons,) Muons (which have the longest life,) and Tauons, or Taus (somewhere between electrons and muons). The latter, Neutrinos (made from breaking down electrons, taus & muons,) are uncharged.
For the visually-oriented, like myself, I made a chart:
Bosons | ||
Which of “The Four” | Standard Unit of Freedom | Name of Boson Particles, Spin Value, Other Info. |
Strong Nuclear (The Integral) | SU(3) | Gluons. Full vector (spin 1 [at a regular angle to the strongest attracting object]) |
Electro-magnetism (The Temporal) | SU(2) | Photons. (sometimes spin @ half-integer value, but depends on whether observed) |
Weak Nuclear (The Sensual) | U(1) Electroweak force: SU(2)xU(1) | W± (charged)/Z (neutral). Intermediate vector (less spin; cause cancer thru radiation [decay]) Higgs Boson & Goldstone = super weak (no spin), fast decay |
Gravity (The Potential) | N/A | Gravitons. (spin 2) |
Fermions Can only interact with their own type | ||
Quarks (“Colored”) Combine to form Hadrons: Baryons (Protons, Neutrons,) Mesons, & Quark–gluon plasmas | Flavors: Up, Down, Charm, Strange, Top, Bottom | |
Leptons (Not “Colored”) | Flavors: Negatively Charged: Electrons (least mass); Muons (longest life); Taus (between E&M) | |
Uncharged: Neutrinos (from breaking down Electrons, Taus & Muons) |
I want to end by pointing out why I used the Amadeus quote at the top – We described “The Sensual” as the primordial sense of limits and the feeling of frustration/antagonism at the base of our universe. Seeing the Weak Nuclear as the force most constrained from interacting with other forces validates my intuition of identifying it with this sense. The below scene from Six Feet Under illustrates that this “decaying” force exists in even people of good faith who love each other.
* There are two kinds of particles (as I understand it, man-made) with no spin – These are Higgs-Boson (1964) and Nambu-Goldstone (1961).
** There is a formula for a force called, the “electroweak force” – SU(2) x U(1). I’m not ready to explore what the purpose is for some of the distinctions and formulas I’ve included in this post, but I thought I should include them later reference. – Viola