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Spatial distribution of temperature modulation due to anomalous Ettingshauseneffect (AEE) is visualized in a ferromagnetic FePt thin film with in-plane andout-of-plane magnetizations using the lock-in thermography technique. Comparingthe AEE of FePt with the spin Peltier effect (SPE) of a Pt / yttrium irongarnet junction provides direct evidence of different symmetries of AEE andSPE. Our experiments and numerical calculations reveal that the distribution ofheat sources induced by AEE strongly depends on the direction of magnetization,leading to the remarkable different temperature profiles in the FePt thin filmbetween the in-plane and perpendicularly magnetized configurations.

Visualization of Anomalous Ettingshausen Effect in a Ferromagnetic Film: Direct Evidence of Different Symmetry from Spin Peltier Effect