Bottom Quark - CPP Model

Structure: Core + Multi-Layer Cages + hDP

Central -qCP: Base charge -1. Forms the quark core.
Spin eDP (Helical): Inner +eCP (+1) oscillates radially while orbiting, outer -eCP (-1) stable orbit. Provides 1/2 h-bar spin.
Extra hDP (Linear): Inner +qCP (+1) vibrates back-and-forth (NOT orbital). Outer -eCP (-1) fixed for bonding.
Nested Cages: Tetrahedral (4v) + Icosahedral (12v) + Dodecahedral (20v) = 36 eDP pairs total.

Mass from Triple-Layer Cage Architecture

The bottom quark's mass (4.18 GeV) comes from three nested geometric cages creating extensive PSR chaining. The innermost tetrahedral cage is surrounded by an icosahedral cage, which is enclosed by a dodecahedral cage. This triple-layer architecture with 36 total cage eDP pairs generates approximately 900x more mass than the down quark's bare structure.

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hDP Extension

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Visibility

Reference Grid Tetrahedral (inner) Icosahedral (middle) Dodecahedral (outer) Spin eDP (Helical) Extra hDP (Linear)

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Measurements

Central Charge Point

-qCP

Base Charge

-1

Effective Charge

-1/3 e

Spin eDP Motion

Helical (ZBW)

hDP Motion

Linear (vibration)

Cage 1 (inner)

Tetrahedral (4v)

Cage 2 (middle)

Icosahedral (12v)

Cage 3 (outer)

Dodecahedral (20v)

Total Cage eDPs

36 pairs

Mass

4.18 GeV/c²

Spin

1/2 h-bar

Bottom Quark Structure

Structure: Core + Multi-Layer Cages + hDP

Mass from Triple-Layer Cage Architecture

Controls

Visibility

Measurements

Triple-Layer Cage Structure

hDP Linear Motion

Down-Type Generations