  We consider decays of four intersecting fluxbranes which are obtained by
considering a higher dimensional Kerr blackhole with four angular momentum
parameters, which is the maximum number of angular momentum parameters in
string/M-theory. As a result of the intersection, we get lower dimensional
fluxbranes. Since generic magnetic fields break all supersymmetries, the
resulting fluxbranes are unstable and will decay. Just as a single fluxbrane
decays into the nucleation of spherical D6-branes; the intersecting ones decay
into the nucleation of lower dimensional spherical branes. Contrary to a single
fluxbrane case, the decay of four intersecting fluxbranes has additional decay
channels. We also calculate the corresponding Euclidean action to obtain the
decay rates. Although the action cannot be explicitly and simply written in
terms of the magnetic parameters, we can extract some interesting results by
taking various limits of the magnetic parameters.
