  The nature of the bulk topological order of the 5/2 non-Abelian fractional
quantum Hall state and the steady-state of its edge are long-studied questions.
The most promising non-Abelian model bulk states are the Pfaffian (Pf),
anti-Pffafian (APf), and particle-hole symmetric Pfaffian (PHPf). Here, we
propose to employ a set of dc current-current correlations \emph{(electrical
shot noise)} in order to distinguish among the Pf, APf, and PHPf candidate
states, as well as to determine their edge thermal equilibration regimes: full
vs.\ partial. Using other tools, measurements of GaAs platforms have already
indicated consistency with the PHPf state. Our protocol, realizable with
available experimental tools, is based on fully electrical measurements.
