  We overview several recent experimental and numerical observations, which are
at odds with the Vortex Glass theory of the freezing of disordered vortex
matter. To reinvestigate the issue, we performed numerical simulations of the
overdamped London - Langevin model, and use finite size scaling to analyze the
data. Upon approaching the transition the initial Vortex Glass type criticality
is arrested at some crossover temperature. Below this temperature the
timescales continue growing very quickly, consistent with the Vogel-Fulcher
form, while the spatial correlation length xi stops exhibiting any observable
divergence. We call this mode of freezing the Vortex Molasses scenario.
