The unit "electron" is universal, because it is not based on the arbitrary units [kg, m, s] of the SI system. Any other possible civilizations could express a mass, a length or a time, in the form of a (dimensionless) ratio with the electron. But the free and measured electron, is dressed in virtual particles, which slightly increase its bare mass. Its bare mass is not measurable, because of the impossibility of decoupling it from the virtual particles. Starting from Yoshio Koide's formula [1] and by proposing bare and integer values, the paper [2] improves by a factor ≈ 100, the KOIDE relations. This suggests that the original electronpositron pairs have a different status from the locally created pairs. This new paradigm states that the muon mass, measured at 206.768 "dressed electron" units, shows multiple coherence if it is composed of 206 "naked, whole, and fused" electron units + 1 single electron or positron. Similarly, the mass of the tau, measured at 3477.103 "dressed electron" units, exhibits multiple coherence if it is composed of 3480 "naked and whole" electron units + 1 single electron or positron. We propose to extend this coherence for six types of particles from different families, including pions, protons, and neutrons.