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We demonstrate that the chiral gauge flavor $SU(3)_f$ dynamics spontaneouslygenerates the chiral symmetry breaking fermion self energies $\Sigma(p^2)$resulting in wide and wild spectra of lepton and quark masses. The Goldstonetheorem then necessarily implies: (1) Gauge bosons of gauged chiral symmetriesabsorb the underlying 'would-be' Nambu-Goldstone (NG) bosons and becomemassive. Masses are determined by $\Sigma(p^2)$s of those fermions to whichthey couple, and by the corresponding gauge coupling constants. (2) Charges ofanomalous Abelian chiral fermion currents create composite mixed-parity pseudoNG bosons with calculable couplings to fermions and gauge bosons: (i) theHiggs-looking $h$ with mass due to the $SU(3)_f$ instanton; (ii) theWeinberg-Wilczek axion $a$ with mass due to the QCD instanton; (iii) theAnselm-Uraltsev arion $b$ with mass due to the electroweak instanton. (3) Thereare the true composite NG bosons, the majorons.

Towards computing the lepton and quark mass spectra and their consequences