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To probe the peculiar excitations spinons and magnetic monopoles in thequantum spin ice candidate Pr2Zr2O7, we studied the low-temperature thermalHall conductivity (\k{appa}xy) and thermal conductivity (\k{appa}xx) ofPr2Zr2O7 single crystal with magnetic fields applied along the [111] axis. Themagnetic field dependencies of \k{appa}xx suggest the roles of magneticexcitations in thermal conductivity, that is, the emergent magnetic monopolescan transport heat at T > 1.4 K and spinons mainly scatter phonons at lowertemperatures. The finite \k{appa}xy was observed at low fields of several Teslaand was discussed to be related to the magnetic excitations, including magneticmonopoles as well as spinons.

Low-temperature thermal Hall conductivity of Pr2Zr2O7 single crystal