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The interplay between the thermal transport property and the topologicalaspect is investigated in a spin-triplet chiral p-wave superconductor Sr2RuO4with the strong two-dimensionality. We show the thermal Hall conductivity iswell described by the temperature linear term and the exponential term in thelow temperature region. While the former term is proportional to the so-calledChern number directly, the latter is associated with the superconducting gapamplitude of the gamma band. We also demonstrate that the coefficient of theexponential term changes the sign around Lifshitz transition. Our obtainedresult may enable us access easily the physical quantities and the topologicalproperty of Sr2RuO4 in detail.

Thermal Hall conductivity and topological transition in a chiral p-wave superconductor for Sr2RuO4