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Based on BHHRS and further sharpened by discussions with Gerry Brown that Ihad in October 2008, we arrive at the present assessment of the dilepton saga,namely, that dileptons become "blind" to changes in the vacuum structure ofchiral symmetry (such as, e.g., BR scaling at high temperature and/or at highdensity and hence are {\em not} an appropriate probe for a signal for partialor complete chiral restoration, contrary to what has been widely believed.There, however, are a variety of indirect indications that the scaling notionis qualitatively, if not quantitatively, valid and should work in variouslow-energy nuclear phenomena, and it is fair to conclude that while there is nodirect evidence for the scaling notion, there is {\em none against} it either,in a strong disagreement with what was claimed in CERN Courier November 2009. Iwill touch briefly on certain observables that could give a clear-cut litmussignal for the vacuum structure of chiral symmetry modified by temperatureand/or density.

Dileptons Get Nearly "Blind" to Mass-Scaling Effects In Hot and/or Dense Matter