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The polarons and bipolarons theory of superconductivity has gained so much recognition in under-doped and over-doped cuprates compound. However, the dynamics of polarons and bipolarons in both aforementioned settings is a little trivial owing to the established theories of electron-phonon interactions. In this study, we investigated the role of polarons and bipolarons in a chemically pressurized compound i.e., using Monte Carlo ion bombardment approach was  ions were used in the experiment. It was observed that 4995 ions was used break the first layer of the material. The remaining 95004 ions oscillates within an equilibrium that suggest the presence of a periodic lattice i.e., in whom condensate flows without resistance. Based on this discovery it is suggested that BiAlErCCeOy may be a superconductor.

Evidence of Polarons and Bipolarons in a Chemically Pressurized BiAlErCCeOy: A Monte-Carlo ion Bombardment Approach