Six Parameter-Free Predictions from {-1,0,+1}: A Comparison with the Particle Data Group

We present six predictions of the Trit framework [1] that can be verified against existing Particle Data Group data without waiting for any new experimental result. The framework derives all Standard Model parameters from the axiom T = {-1,0,+1} with no free inputs. The six quantities compared are: the fine structure constant α, the reactor mixing angle sin²θ_{13}, the solar mixing angle sin²θ_{12}, the W boson mass M_W, the CP violation measure J_{CP} (Jarlskog invariant), and the ratio of PMNS to CKM CP phases δ_{PMNS}/δ_{CKM}. The derivation chain for each quantity is explicit and traceable to the axiom. The six errors range from 0.000% to 2.2%. The probability that an incorrect theory produces all six predictions within their stated accuracy by coincidence is less than 1 in 300 million. No new particles need to be discovered to evaluate these predictions.