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With the adiabatic assumption in the cooling process, we discussed a newmechanism on Upsilon(1S) suppression that is due to the fast heating process atthe early stage of the fireball instead of its finite decay width in finitetemperature medium produced in the heavy ion collisions. We calculated thetransition probability after the fast heating dissociation as a function of thetemperature of the medium and the nuclear modification factor in centralcollisions, and found that the suppression is not negligible at RHIC, even ifthe width of Upsilon(1S) vanishes.

Fast Heating Dissociation of Upsilon(1S) in Heavy Ion Collisions at RHIC