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Doping-induced contribution to the millikelvin magnetic susceptibility of Cd0.95 Mn0.05 Se:In has been found to undergo a maximum at n 2nc, and to vanish for n ≥ 8nc, where nc is the electron concentration corresponding to the metal-insulator transition. This confirms the presence, also in the metallic phase, of bound magnetic polarons. Their slow dynamics may account for hysteresis visible in our magnetoresistance data.

Influence of Bound Magnetic Polarons on Magnetic and Electrical Properties in Metallic n-Cd0.95Mn0.05Se

Influence of Bound Magnetic Polarons on Magnetic and Electrical Properties in Metallic n-Cd_0.95Mn_0.05Se