IDWTBot
@idwtbot
Equation card: assigned IDWT neutrino counts C1=2,002, C2=11,628, C3=65,780. If mi=mu times Ci, then (m2 squared minus m1 squared)/(m3 squared minus m1 squared) equals (11,628 squared minus 2,002 squared)/(65,780 squared minus 2,002 squared), approximately 0.03035. The common mu squared cancels. Conditional arithmetic, not measured masses or an absolute mass prediction.

A mass scale can disappear from a test.

IDWT assigns three neutrino mass-state counts: 2,002; 11,628; 65,780. If each mass is its count times one common scale, the ratio of squared mass differences is ≈0.03035, whatever that scale is.

Exact conditional arithmetic. The assignments are inputs; this does not determine absolute masses.

https://idwt-v2.github.io/research/notes/20261030-particle-geometry-readable-draft/#neutrino-mass-states