Why Phorce, & not Force?

In SP Forces are seen as some kind of mysterious power of unknown origin but in PT Phorces are different & not mysterious, they originate as structural functions of the Phenomenon thus needing different terminology.

In PT gravity & mass & electromagnetism etc, are not forces in themselves, but are just seen as resultant effects of the 2 Phorces (Phield & Philter). Which kind of act together as 1

Visualisation

You are in a large black void, in the center is an old fasioned film movie projector. The only other object in this room is a screen. There is no dust, haze, atmosphere or annoying people with phones not set to silent.

You turn the projector on, but you cant see anything, no light, no movie. but you know it's on. Then you realise the kid on his first day at the job forgot to roll the screen down. He realises & fixes it. Thats better, now you can see it.

The take away is that it doesnt matter what is projected, nothing can be seen if there isn't a screen for light to hit

Philter ( ⌗ )

(AKA Hadronic & Gluon strong force field/structure in SP)

The 8 external face planes (Phaces) of the Phenomenon that are knowable but not visible to us & provide the framework & stability for the 3 internal Phrames for a total of 11 Phlats (dimensions in SP). 

The Philter is created from a tensegrity of 12 non-scalar 2P Philter Phibres each of 1 Phurlon between vertices / Phenoms & are the forces that hold the Phenomenon together (Not including the internal scalar Phibres). It forms a screen of 8 Face Phlats / Phaces around the Phen (Projector) which in SP are possibly seen as Gluons. 

This framework of Phibres can also be referred to as a Screen or mesh. For the 3 internal Phrames projected from the Phen to be seen, they need to collide with a screen that is unseen until the light hits it. Otherwise the projections would continue on for eternity leaving nothing to be observed 

The Philter forms the boundaries / screen / mesh of our 3 Phrame existence (The Phield) that enables us to observe Phenomena. So the 8 Phaces that surround us can be said to be knowable but not visible, they are just our our projections viewing screen. Not visible until light (Photons) collide with it

Philter Phorce (AKA Strong Force)

Pro & Neg Phaces, Philter Phibres, Field & Phorce

In Phen Theory, the Philter Phorce emerges from Philter Phibres binding Phenom into Phaces, while the Philter defines the spatial logic of their interaction.

The Philter Phorce in Phen Theory is the second of only 2 Phorces in the Phenomena, the other being the Phield Phorce. All other SP regular forces are shown to be effects or functions of the Phield & Philter in PT. 

The Philter is not a force carrier in the traditional sense, it’s the logic system that maps & maintains Phibre tension. It defines where & how the Philter Phorce (strong force) applies, like a force field built from patterns.

Phaces are stable 3-Phenom triangular structures formed the sides of the Phenomenon Square Bipyramid. Phaces are seen as many 3 part structures in SP - Gluons, Hadrons, Mesons, Protons, Neutrons etc. etc. depending on 2 things - what Phace they are looking at & what combination of it's components ternary states are in

There are two key Polar Phace variants:

• △⁺ ProPhace B⁺, G⁺, R⁺ an outward-facing, energy-projecting structure. Functions like a proton

• △⁻ NegPhace B⁻, G⁻, R⁻ an inward-facing, stabilising structure. Functions like a neutron

These Phaces are the phenomenal equivalents of hadrons, not by particle type but by structural role as bound triplets of fundamental units with distinct charges & orientation.

Phaces are not just structural, they are the active surfaces of the Philter Phorce. They channel & anchor the Tension Phibres of the Philter, allowing stress to stabilise between Phenom.

• △⁺ & △⁻  ProPhace & Neg Phace serve as poles

• △⭣ & △⭡ DuskPhace & DawnPhace act as hinges

• △⮃ The BlendPhaces weave the rest of the scalar mesh

Together, they generate and maintain the Phenomenon’s scalar integrity.

12 Philter Phibres ( ⤚⤙ ) (speculation: Gluons in SP)

(external vectors outer to outer, do not pass through ΦΝ)

These 12 define the outer Philter Phibre System

Each Phenom is connected to its neighbours by Philter Phibres. These phibres are:

• Directional, connective bands that bind two Phenom within a triangle face (Phace)

• Stretchable, resisting separation just like gluons in quantum chromodynamics

• Charge-aware, aligning by Phenom ternary polarity (positive, neutral, negative)

• 1 Phurlon in length

The more you try to pull Phenom apart, the more resistance you encounter , mimicking quark confinement. These phibres aren’t just structural, they are the medium of the strong interaction itself. The "applicators" of Phress, the generators of mass

△⁻ NegPhace Phibres:

(Akin to the Neutron in SP)

• (B⁻ ⤚⤙ R⁻)

• (R⁻ ⤚⤙ G⁻)

• (G⁻ ⤚⤙ B⁻)

△⁺ ProPhace Phibres:

(Akin to the Proton in SP)

• (B⁺ ⤚⤙ R⁺)

• (R⁺ ⤚⤙ G⁺)

• (G⁺ ⤚⤙ B⁺)

△± MesPhace Phibres:

(Form Meson like Phaces)

• (B⁻ ⤚⤙ R⁺)

• (B⁻ ⤚⤙ G⁺)

• (R⁻ ⤚⤙ B⁺)

• (R⁻ ⤚⤙ G⁺)

• (G⁻ ⤚⤙ B⁺)

• (G⁻ ⤚⤙ R⁺)

Phaces - △

Surfaces of Tension in the Phenomenon

Phaces are the eight triangular faces of the Phenomenon (ΦΝ8), each formed by a unique trio of Phenom. They define the tensed surface structure of the Square Bipyramid & serve as functional boundaries where Philter Phibres (⤚⤙) interlock. These Phibres form the Philter, a dynamic tension mesh that distributes tension throughout the structure. Each Phace is a face of this mesh & a surface of the Philter Phorce.

The Eight Phaces

These eight Phaces maintain scalar balance, polarity symmetry, and field continuity.

(speculation akin to the Gluons in SP)

The Phenomenon contains 3 sets of two mirrored phyramids:

• Top Phyramid (Up / White / Positive)

• Bottom Phyramid (Down / Black / Negative)

Each phyramid holds four triangular Phaces:

• One polar Phace (Pro or Neg)

• One PhlipPhace (Dusk or Dawn)

• Two BlendPhaces

Example: Media Generation Phyramid pair

See Phyramids section below for all 6 Phyramids (3 sets/pairs)

Notation in second & third sets in brackets is for those wishing to use colour theory

Top Phyramid (Up / White / Positive)

In UCT it is responsible for additive colour spaces

• △⁺ ProPhace (Pure Positive +++)  B⁺, G⁺, R⁺

• △⭣ DuskPhace (Flips: −+−) B⁻, G⁺, R⁻

• △± BUMesPhace (Vivid Blend ++−) R⁺, G⁺, B⁻

• △± FUMesPhace (Vivid Blend −++) R⁻, G⁺, B⁺

Bottom Phyramid (Down / Black / Negative)

In UCT it is responsible for subtractive colour spaces

• △⁻ NegPhace (Pure Negative −−−) B⁻, G⁻, R⁻

• △⭡ DawnPhace (flips: +−+) B⁺, G⁻, R⁺

• △± FDMesPhace (Rich Blend −−+) R⁻, G⁻, B⁺

• △± BDMesPhace  (Rich Blend +−−) R⁺, G⁻, B⁻

MesPhaces △± (AKA Mesons)

Note: The labels BUMesPhace, FUMesPhace, FDMesPhace, & BDMesPhace are working spatial titles for for me & clarity during development. like Back Up & Front Up etc. They may be renamed as their deeper roles are revealed.

MesPhaces draw subtle analogues to the world of particle physics. While they are not quarks or hadrons in the conventional sense, their roles closely resemble mesons - mixed-charge particles that mediate forces between baryons like protons & neutrons. In Phen Theory, ProPhace & NegPhace represent analogues to protons & neutrons, while the six MesPhaces bridge the polarity field between them, as mesons do in hadronic models

These are not metaphors, they are structural echoes. Phen Theory does not borrow from quantum physics but rather shows how these familiar forms are special cases within a deeper unified geometry.

Six of the eight Phaces are MesPhaces or mixed-polarity surfaces. They do not form tidy polar expressions like the Pro or Neg Phaces but instead blend directions in various proportions.

These divide into three structural roles:

1. PhlipPhaces △⭣ & △⭡

• DuskPhace △⭣ (LU) - the only Phace in the positive phyramid with two negative Phenom. It marks an inflection point where projection begins to reverse.

• DawnPhace △⭡ (RD) - the only Phace in the negative phyramid with two positive Phenom. It initiates the return toward projection

2. BlendPhaces △⮃

The remaining four MesPhaces form two mirrored BlendPairs, each composed of:

• 1 Vivid Blend in the top phyramid (high contrast) & 1 Rich Blend in the bottom phyramid (low contrast)

  1. • Blend Pair 1: BUMesPhace ⇄ FDMesPhace

       • 1. R⁺, G⁺, B⁻  &  R⁻, G⁻, B⁺

     • Blend Pair 2: FUMesPhace ⇄ BDMesPhace

       • 1. R⁻, G⁺, B⁺  &  R⁺, G⁻, B⁻

These BlendPhaces bridge the poles & transitions, forming the continuous surface of the Phenomenon.

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 & the Philter

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.)

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.

Phimonds are organised into three generational quads:

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⁻)

Role in the Philter

Phimonds form the side mesh of the Philter (ΦΝ⌗). While Phyramids are nodes, Phimonds are the panels between them stabilising lateral tension.

Though not direct analogues to QCD tetraquarks, Phimonds follow similar balancing logic:

• Four interlinked polarised units

• Force-bonded

• Geometry-based stability

This page is an evolving working document. As more properties of Phaces are revealed through modelling & field behaviour, new roles & interpretations may emerge.