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Liquid helium is crucial to conveniently vary magnetic field (H) andtemperature (T) giving access to a large region of (H, T) space; in starkcontrast with the effort currently required to explore a comparable region of(P, T) space. The centenary of the liquefaction of helium is an appropriateoccasion to talk on the utilization of our facilities for studies across firstorder phase transitions. We observed some interesting effects in variety ofsystems traversing (H, T) space across the magnetic first order phasetransitions. We focus here on a few recent intriguing discoveries in thehalf-doped manganites related to the coexistence of equilibrium phase, with aglass-like phase having both structural and magnetic long-range order.

Studies on phase transition and phase coexistence - traversing T and H using liquid helium