  We investigate whether the total number of electrons per collision, as a
function of beam energy, is a potential quark-gluon-plasma (QGP) signature. At
high beam energies, we find that, after experimental removal of the noise
induced by Dalitz decays, the number of produced electrons is increased many
times fold from the existence of the QGP. The robustness of the potential
signal to differing theoretical assumptions makes it an attractive experimental
parameter.
