Embedded Files
Particle zoo
The following parable is referenced throughout PT, & if not, then it definitely pops into my head every 5 minutes. It sets up how PT sees the particle zoo of SP.
The bottom of this page is also a kind of dumping ground for ideas that might be relevant to some fields of study but not important to the core concept of trying to explain PT on this site
The Blind Men and the Elephant
Several blind men heard that a strange animal called an elephant had been brought to their village. Curious, they decided to find out what it was like by touching it.
The first man reached out & felt the elephant’s side. “It is like a wall,” he said.
The second touched the tusk. “No, it is like a spear,” he insisted.
The third held the trunk. “It is like a snake,” he said.
The fourth felt a leg. “You are all wrong. It is like a tree trunk.”
The fifth touched the ear. “It is like a fan.”
The sixth grabbed the tail. “It is like a rope.”
Each man was certain he was right. They began to argue loudly, each convinced the others were mistaken.
A wise person nearby listened and then said: “You are all right, & you are all wrong. Each of you touched only one part of the elephant. To understand the truth, you must see the whole.”
Why the Elephant? 🐘
I think the parable is an excellent analogy for what I see in SP & illustrates 2 very important things.
Firstly
That SP hasn’t yet seen the ternary nature of all phenomena. This to me is the very obvious elephant in the room. & when I see SP scratching its head at why things like the standard model generations seem to be triplicate but don’t know why, as well as a myriad of other SP observations, I’m like a kid at a punch & Judy show yelling - it’s ternary! It’s the elephant right behind you!
Secondly
This inability to see the ternary nature of phenomena like me leads to the reason I like the parable of the blind men & elephant as a way to explain the Particle Zoo of SP. That without ternary vision SP is blind to the fact it is counting & describing structures of the Phenomena multiple times.
For those 2 reasons this page will be a dumping ground for anytime I see a structure that is just multiple renaming of the same thing. These may have useful properties to Physics, I’m not discounting that by dumping them here but just that they might not yet have any core role in helping me to get people to see the PTM.
As such the page might be a mess but feel free to have a look as it may answer some of SP’s questions or round up any animals that escaped the zoo.
Like everything in PT I could be mistaken on my interpretation of which part of the PTM that SP is observing or measuring. I don’t have any evidence other than they seem analogous structures to me based on physical description & function
The Elephant Graveyard
🐘🪦
A good start here is the Phyramids & Phimonds, what I see might be pentaquarks & tetraquarks in SP but is just a renaming of various ternary polarity combinations of the Philter Phaces that could end up being too many to poke a stick at.
Phyramids ⊠
(Speculation: AKA pentaquarks)
Phyramids are 5-Phenom structural units within the Phenomenon (ΦΝ8). As their name suggests, they are shaped like pyramids, but unlike the ancient kind, these are tension constructs. They are the linked structural units within the Philter (ΦΝ⌗), responsible for internal cohesion within the Phenomenon.
(Speculation: These are analogous to pentaquarks, the exotic hadronic states made of 5 quarks, held together by gluons. In Phen Theory, Phyramids are held together by Philter Phibres, the equivalents of gluons.)
Each Phyramid contains:
4 Phenom forming the base (2 positive & 2 negative balanced scalar tension)
1 peak Phenom, defining the B⊠ / G⊠ / R⊠ type of the Phyramid
This makes Phyramids inherently asymmetric but coherent, with one Phenom acting as an inverter or polarity core.
(Speculation: In each Phyramid, the central axis Phenom functions like an antiquark in pentaquark physics, it introduces inversion, binding the balanced 4-Phenom base into a coherent tension structure. Without this peak, the structure could not exist.)
Phyramids are not isolated, they work in interlocking oppositional pairs. Together, they form the web that constitutes the Philter (⌗), which distributes & stabilises tension across the Phenomenon.
(Speculation: Philter Phibres within Phyramids serve the same role as gluons within pentaquarks & transmitting tension across internally polarised nodes.)
Their asymmetry may help initiate or resist phase changes, similar to how gluon fields mediate state transitions in QCD.
All Phyramids
There are six total Phyramids in the Phenomenon, arranged as three generational axis polarity pairs
Each pair mirrors across the centre of the Phenomenon. When visualised dynamically, these pairs create a meshwork of projection & tension, defining how the Philter forms & how the Phenomena stabilises.
Until this page & site is cleaned up, most combinations of structures or functions in the Phenomenon might only be described from the rotation of the image in the Phenomenon section of the site. But keep in mind that depending on the rotation of the Phenomenon or the Phenoms ternary states, there may be many more combinations or appearances than listed here & also the reason why SP sometimes see multiple things as the same thing or vice versa they see one thing as many. The whole purpose of PT is to eventually reduce this confusion
B⊠± Blue Phyramids
B⊠⁺ (Blue Positive Phyramid)
Peak (scalar inverter): B⁺
Base: R⁻, G⁻, R⁺, G⁺
B⊠⁻ (Blue Negative Phyramid)
Peak (scalar inverter): B⁻
Base: R⁻, G⁻, R⁺, G⁺
G⊠± Green Phyramids
G⊠⁺ (Green Positive Phyramid)
Peak (scalar inverter): G⁺
Base: B⁻, R⁻, B⁺, R⁺
G⊠⁻ (Green Negative Phyramid)
Peak (scalar inverter): G⁻
Base: B⁻, R⁻, B⁺, R⁺
R⊠± Red Phyramids
R⊠⁺ (Red Positive Phyramid)
Peak (scalar inverter): R⁺
Base: B⁻, G⁻, B⁺, G⁺
R⊠⁻ (Red Negative Phyramid)
Peak (scalar inverter): R⁻
Base: B⁻, G⁻, B⁺, G⁺
Phimonds ♢
(Speculation: AKA tetraquarks)
Phimonds are 4-Phenom structures in Phen Theory, formed by a joined pair of Philter Phaces that create a diamond shape (♢). They appear as tension sides of the Phenomenon (ΦΝ8) & form the side lattice of the octahedral structure.
Each Phimond consists of 4 Phenom connected via Philter Phibres, arranged in a vertical top-bottom phrameset. These are essential components of the Philter (ΦΝ⌗), mediating tension across the structure.
(Speculation: These are analogous to tetraquarks or quark structures made of two quarks & two antiquarks. Phimonds mimic this configuration using scalar polarity instead of colour charge.)
3 Generational Quads - 12 Total Phimonds
Each generation has 4 Phimonds arranged directionally left/right and front/back for a total of 12 Phimonds.
These act as tensioned “diamond Phaces” that stitch together neighbouring phlats.
Each Phimond is a projection surface, relative to rotation. Left/right/front/back serve as visual guides, not fixed positions.
Blue Quad Phimonds (B♢)
B♢ Left = (B⁺, R⁻, G⁺, B⁻)
B♢ Right = (B⁺, R⁺, G⁻, B⁻)
B♢ Front = (B⁺, G⁻, R⁻, B⁻)
B♢ Back = (B⁺, G⁺, R⁺, B⁻)
Green Quad Phimonds (G♢)
G♢ Left = (G⁺, B⁻, R⁻, G⁻)
G♢ Right = (G⁺, B⁺, R⁺, G⁻)
G♢ Front = (G⁺, R⁻, B⁺, G⁻)
G♢ Back = (G⁺, R⁺, B⁻, G⁻)
Red Quad Phimonds (R♢)
R♢ Left = (R⁺, G⁻, B⁻, R⁻)
R♢ Right = (R⁺, G⁺, B⁺, R⁻)
R♢ Front = (R⁺, B⁻, G⁺, R⁻)
R♢ Back = (R⁺, B⁺, G⁻, R⁻)
Google Sites
Report abuse