Antiferromagnetic rare region effect in $Pr_{0.5}Ca_{0.5}MnO_3$

We present evidence of coexistence of electron paramagnetic resonance signal and anti-ferromagnetic resonance signals above the anti-ferromagnetic (AFM) transition ( $T_{N}$ ) in $P r_{0.5} C a_{0.5} M n O_{3}$ . We identify the latter with AFM rare regions within the Griffiths-like phase scenario with the associated temperature scale $T^{*}$ extending above room temperature.

Antiferromagnetic rare region effect in $P r_{0.5} C a_{0.5} M n O_{3}$

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Antiferromagnetic rare region effect in $P r_{0.5} C a_{0.5} M n O_{3}$

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Antiferromagnetic rare region effect in Pr0.5Ca0.5MnO3Pr0.5​Ca0.5​MnO3​

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Antiferromagnetic rare region effect in Pr0.5Ca0.5MnO3Pr0.5​Ca0.5​MnO3​

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Antiferromagnetic rare region effect in $P r_{0.5} C a_{0.5} M n O_{3}$

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Antiferromagnetic rare region effect in $P r_{0.5} C a_{0.5} M n O_{3}$

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