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In the dense supernova environment, neutrinos can undergo fast flavorconversions which depend on the large neutrino-neutrino interaction strength.It has been recently shown that both their presence and outcome can be affectedwhen passing from the commonly used three neutrino species approach to the moregeneral one with six species. Here, we build up on a previous work performed onthis topic and perform a numerical simulation of flavor evolution in both spaceand time, assuming six neutrino species. We find that the results presented inour previous work remain qualitatively the same even for flavor evolution inspace and time. This emphasizes the need for going beyond the simplisticapproximation with three species when studying fast flavor conversions.

Supernova fast flavor conversions in 1+1D : Influence of mu-tau neutrinos