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The magnetic and magnetotransport properties of single crystallineLa1-x-yPryCaxMnO3 (x=0.42, y=0.40) thin films (~140 nm) deposited on (110)oriented LaAlO3 and SrTiO3 substrates exhibit a crossover from the hightemperature antiferromagnetic-charge ordered insulator (AFM-COI) phase (T>TN)to strain glass (T<Tg). At intermediate temperatures (Tg<T<TN) dynamical liquidhaving prominent thermal-magneto-resistive hysteresis dominates in the coolingcycle, while in the warming cycle it is preceded by ferromagnetic metal (FMM)phase. Magnetic field required to drive AFM-COI to FMM phase transition arehigher than that for the strain glass. The magneto-electric nature andtemperature span of the distinct magnetic regimes are sensitive to the thermalcycling and substrate induced strain.

Crossover from charge order to strain glass in phase separated manganite thin films: Impact of thermal cycling and substrate induced strain