  A candidate for the simple empirical neutrino mass formula is found,
predicting the mass proportion m_1:m_2:m_3 = 0:4:24 and so, the mass ratio
Delta m^2_{32}/Delta m^2_{21} = 35 not inconsistent with its experimental
estimate. It involves only one free parameter and three generation-weighting
factors suggested by the successful mass formula found previously for charged
leptons (the simplest neutrino mass formula would predict m_1:m_2:m_3 = 1:4:24
and thus, Delta m^2_{32}/Delta m^2_{21} \simeq 37). A more involved variation
of this equation follows from a special seesaw neutrino model with specifically
"conspiring" Dirac and Majorana neutrino mass matrices. In this variation
m_1:m_2:m_3 \simeq \epsilon^{(\nu)}:4:24, where O(\epsilon^{(\nu)}) = 10^{-3}.
