One of the most recent results was the determination of the proton halo in the first excited state of the 13 N nucleus using of an analog of the MDM method for the charge exchange reactions ( 3 He, t MeV. Probably the state 0 + , 3.56 MeV has the same radius as its "Borromian" isobar analogue 6 He and is neutron-proton halo. The predicted enlarged radius because of the more extended wave function p -n, apparently, does not take place. We recall that the spatial structure of the 6 He nucleus was predicted to be quite complex, in which correlations of two types appeared: "cigar" and "dineutron". The question arises: does the structure of the state change so much when passing from 6 He to the isobar-analogue in 6 Li, which requires the introduction of a special kind of "tango-halo".