Phibres ( ●─● )

• • 2P forces that hold the Phenomenon & all Phenomena together in a form of tensegrity.

    • • (See Phlogic coordinates for PT's alternative to the confusing 1D - 1 dimensional notation, 1D in PT is 2P)

  • They are made from stretched Photons (Light energy)

  • The vectors & axes of the Phenomenon

  • carry or transfer information & light energy

  • create the illusion of matter & mass where Phibres intersect (vertices) but the Phibres themselves have no mass but some can apply Philter force

  • 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) 

  • have the Phurlon ( ⟷  - a reinterpretation of the Planck length thats stretchable) & the Phlash (⚟ᶠ) as its parameters or measurement

  • are what SP refer to as bosons or strings & in the PTM each Phenom has 5 Phibres ( ●─● ) (AKA Strings or Bosons) connected to it before it receives more via stacking in the Phenomenon

• • • 1 centre Phield Phibre (←→) scalar (akin to boson in SP) 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 Philter Phibres (⤚⤙) Non-scalar (akin to Gauge bosons in SP) 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 a Philter of 12 external Philter Phibres - Non-scalar (edges of the Phenomenon) & 3 Internal Phield Phibres - Scalar (Axes of the Phenomenon). Refer to diagram

      • Note: 12 non-scalar Phibres (Philter Phibres) or bosons may sound strange but when you look at the Phenomenon, you'll see that each Phenom only has 4 radiating out, they just all share the non-scalar Phibres with their neighbouring Phenoms. These also are analogous to gluons when in triangular groups of 3 & may be seen by SP as both non-scalar bosons & gluons

        • Philter Phibres form the Philter mesh / screen

      • Once again 3 scalar Bands (Phield 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 being the "projectors light beams" they could also be imagined as 6 center Phen to Phenom vectors instead of 3 axes

        • Phield Phibres form the Phield

• Phibres of both Phield &  Philter are similar phibres in the fact they are streched Photons. But Phield Phibres are to be thought of as beams (not tangible) where as Philter phibres are to be thought of as actual (tangible) threads that can apply tension and compression forces. Neither is matter or solid in & of itself because they are just 2P. But it’s a way to visualise them & their differences. Phield Phibers are weak & Philter Phibres are strong

Pauli exclusion principle

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