Datasets:

PureOne
/

matter-embryogenesis

G1: compositional projective response bounds and an absolute-calibration no-go statement.
G2: exact reachable common-scale interval and minimum positive-linear material cost.
G3: finite-noise, finite-increment repair with one relative witness and a seal margin.
G4: exact bounded-uniform finite-size yield, critical reserve, and an unbounded-tail limitation.
G5: established graph-calibration mathematics with finite confidence and bias limits.
G6: conditional synthesis preserving material and comparison dependencies.
Function capsules, local comparison graphs, matched probe schedules, and a local-message solver.
New stochastic experiments, independent LP/quadrature checks, three figures, and a four-module protocol.

Preserved and clarified

All v2 theoretical/physical content and results remain explicitly labeled. Five prior user research sources and their boundaries are retained. The original v2 ZIP is preserved unchanged, including its v1 baseline.

The equally capable conventional controller ties. The new scale-free objective is not directly compared with v2 absolute-conductance yield. Two-terminal projective equivalence is vacuous; new demonstrations use four terminals. Differential bias remains invisible to cycle checks and creates false certificates. The reserve transition is a scalar reachability result, not a universal chemical phase transition. Local inference is implemented separately; manufacturing time subtotals exclude its latency.

Limits

No autonomous molecular comparator, verified universal alphabet, bounded material actuator, absolute self-calibration, or general nanofabricator was established. Independent priority remains unverified.