Lower values of the fractional parameter cause rapid generation of near-maximal entanglement in the double quantum dot system while higher values slow the buildup but allow correlations to persist longer due to memory.
Anisotropic g-factor and spin–orbit field in a germanium hut wire double quantum dot.Nano Letters, 21(9):3835–3842, 2021
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Time-Fractional Schr\"odinger Evolution in Coupled Double Quantum Dots: Memory Effects on Quantum Resources
Lower values of the fractional parameter cause rapid generation of near-maximal entanglement in the double quantum dot system while higher values slow the buildup but allow correlations to persist longer due to memory.