The sample La0.5Bi0.5MnO3 has been prepared using conventional solid state route method. Electrical properties of the sample have been understood with effective use of various models like thermally activated conduction (TAC), Variable Range Hopping (VRH) and Spin polarized Hopping (SPH). The temperature dependence of the zero field cooled (ZFC) and field cooled (FC) magnetization at a field of 100(Oe) supports the compound has a trend of spin or cluster glass phenomenon. The temperature dependent magnetic phase has been studied in detail to understand the nature of ferromagnetic (FM) interactions. The distinct phase separated FM and AFM clusters with due competition between them giving rise to glassy state in the system has been understood.

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