Phimonds ( ♢ )

Phimonds ♢ (Speculation: AKA tetraquarks)

Phimonds are 4-Phenom structures in Phen Theory, formed by a joined pair of Tension Phrames that create a diamond shape (♢). They appear as scalar tension sides of the Phenomenon (ΦΝ8) and form the side lattice of the octahedral structure.

Each Phimond consists of 4 Phenom connected via Tension Phibres, arranged in a vertical top-bottom phrameset. These are essential components of the Philter (ΦΝ⌗), mediating scalar tension across the structure.

(Speculation: These are analogous to tetraquarks — quark structures made of two quarks and 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 faces” that stitch together neighbouring phrames.

Each Phimond is a projection face, relative to rotation. Left/right/front/back serve as visual guides, not fixed positions.

Phimonds are organised into three generational quads:

Cool Quad Phimonds (❄♢)

• ❄♢ Left = (B⁺, R⁻, Y⁺, B⁻)

• ❄♢ Right = (B⁺, R⁺, Y⁻, B⁻)

• ❄♢ Front = (B⁺, Y⁻, R⁻, B⁻)

• ❄♢ Back = (B⁺, Y⁺, R⁺, B⁻)

Bright Quad Phimonds (☀♢)

• ☀♢ Left = (Y⁺, B⁻, R⁻, Y⁻)

• ☀♢ Right = (Y⁺, B⁺, R⁺, Y⁻)

• ☀♢ Front = (Y⁺, R⁻, B⁺, Y⁻)

• ☀♢ Back = (Y⁺, R⁺, B⁻, Y⁻)

Warm Quad Phimonds (♨♢)

• ♨♢ Left = (R⁺, Y⁻, B⁻, R⁻)

• ♨♢ Right = (R⁺, Y⁺, B⁺, R⁻)

• ♨♢ Front = (R⁺, B⁻, Y⁺, R⁻)

• ♨♢ Back = (R⁺, B⁺, Y⁻, R⁻)

Role in the Philter

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

(Speculation: Phimonds may act like gluonic membranes, distributing tension between scalar poles like gluons bind quarks.)

Real-World Analogies (Speculation)

• (Speculation: Phimonds = Tetraquarks)

• (Speculation: Tension Phibres = Gluons or Photon Strings)

• (Speculation: Scalar Polarity = Colour Charge Replacement)

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

• Four interlinked polarised units

• Force-bonded

• Geometry-based stability