two cascades · charges verified in Node composition (spatial) + decay (down generations) both terminate at a stable FLOOR
quark lepton composite / nucleon W boson (the converter) stable floor
A · Composition — what's physically inside (3 levels to the quark floor)
Crack it open. Each level reveals what the thing is made of. Terminates at quarks — they don't break further.
3 levels: atom → nucleon → quark. The quark is the bottom — nothing knocks out of it.
B · Decay — what it turns INTO (knocking down the generations)
Let it fall. Unstable heavy particles convert to lighter ones, shedding a W boson each step, until they hit the lightest = stable. This is your depth-3: gen III → II → I.
3 levels: gen III → gen II → gen I. The electron is the bottom — nothing lighter to become.
⟐ The depth-3 you were riffing toward
Both cascades are genuinely 3 deep and both bottom out at a floor — that's the real structure, not a forced
pattern. Composition goes atom → nucleon → quark (3 levels, what's inside, stops because quarks are
fundamental). Decay goes gen III → gen II → gen I (3 levels, what it becomes, stops because gen-1 is the
lightest — nothing to fall to). The W boson is the converter — it's what carries a particle down a generation,
emitted at every step. Beta decay is the famous one: a neutron's down-quark flips to up, spits a W⁻, and the W⁻
becomes the electron + antineutrino — verified charge-balanced, 0 → 0. So "what knocks out of what, 3 deep" has a real
answer: two different 3-deep cascades, both ending where the witness ends — the stable floor.