Phibres ( ●─● )

Phibres ( ●─● )

See Notation for information on the terminology or symbolism

• • 1 dimensional forces that hold the Phenomenon & all Phenomena together in a form of tensegrity.

  • The vectors & axes of the Phenomenon

  • carry or transfer information

  • create the illusion of matter where Phibres intersect (vertices)

  • provide structure to all of Phenomena

  • enable quantum entanglement. As can be seen in the Cotter Pin & Axle thought experiment 

  • spin or rotate but not twist

  • bend but are always straight between any 2 Phenoms (Straight vectors) - The distance between any 2 points on a Phibre is the Phlexi

  • have the Phlexi ( ΦΝ↔  - a reinterpretation of the Planck length thats stretchable) & Planck time as its parameters or measurement

  • they can stretch making Planck length "stretchable" yet fixed as the shortest length between 2 points - see Phlexi

  • are what other theories refer to as bosons or strings & in the PTM each Phenom has 5 Phibres ( ●─● ) (AKA Strings or Bosons). 

• • • 1 centre Projection Phibre (<─>) a scalar (Higgs boson) passing through the centre of the Phenomenon towards the Phen & through it to the Phenoms mirror partner. Because its centred it has a zero "spin"

    • 4 outer Tension Phibres (>─<) Non-scalar (Gauge bosons) radiating from the Phenom to the Phenom around it. that radiate out with "spin"

    • the 5 Phibres allow each Phenom to stay in "communication" with the other 5 Phenom

    • Because Phibres are all shared between all 6 phenom it results in 12 external Tension Phibres - Non-scalar (edges of the Phenomenon) & 3 Internal Projection Phibres - Scalar (Axes of the Phenomenon). Refer to diagram

      • Note: 12 non-scalar Phibres (Tension Phibres) or bosons may sound strange but when you look at the Phenomenon, youll see that each Phenom only has 4 radiating out, they just all share the non-scalar Phibres with their neighbouring Phenoms. 

      • Once again 3 scalar Bands (Projection Phibres) may sound weird but there is only 1 centrally projecting to and from the center (Phen - the Projector) between 2 opposing Phenom with the scalar Phibres or Higgs Boson being the "projectors light beams" they could also be imagined as 6 center Phen to Phenom vectors instead of 3 axes

Pauli exclusion principle

Simply stated Bosons are Phibres / forces they are not particles so they don't have to obey the Pauli exclusion principle, but Phenoms do. 

12 Tension Phibres ( >─< )

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

These 12 define the outer Tension Phibre System

Connect two outer Phenom directly. Organised by triangle face (Phrame)

Negative Phrame B-, Y-, R- (BYR):

• (B− >–< R−)

• (R− >–< Y−)

• (Y− >–< B−)

Positive Phrame B+, Y+, R+ (CMY):

• (B+ >–< R+)

• (R+ >–< Y+)

• (Y+ >–< B+)

Cross-Pyramid Phrames:

• (B− >–< R+)

• (B− >–< Y+)

• (R− >–< B+)

• (R− >–< Y+)

• (Y− >–< B+)

• (Y− >–< R+)

3 Projection Phibres (<─>) through ( ΦΝ )

Internal axis-aligned Phibres crossing the centre ΦΝ — scalar projection paths

These are your three main internal axes (Blue, Yellow, Red)

• (B− <–> ΦΝ <–> B+)

• (Y− <–> ΦΝ <–> Y+)

• (R− <–> ΦΝ <–> R+)