Real-time transport through magnetic quantum dots

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Focusing on the intersection of quantum physics and spintronics, the work explores the dynamics of small magnetic quantum dots made from diluted magnetic semiconductors. It addresses the challenge of understanding quantum correlations and their interaction with the macroscopic environment. Daniel Becker innovatively extends the iterative summation of path integrals (ISPI) method to analyze long-time spin dynamics and nonequilibrium charge currents in these systems, enabling insights into previously uncharted energy regimes.