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Exact correspondence between Israel-Stewart theory and first-order causal andstable hydrodynamics is established for the boost-invariant massive case withzero baryon density and the same constant relaxation times used in the shearand bulk sectors. Explicit expressions for the temperature dependent regulatorsare given for the case of a relativistic massive gas. The stability andcausality conditions known in the first-order approach are applied and onefinds that one of them is violated in this case.

Correspondence between Israel-Stewart and first-order casual and stable hydrodynamics for the boost-invariant massive case with zero baryon density