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We describe a proposal for fast electron spin initialization in a negativelycharged quantum dot coupled to a microcavity without the need for a strongmagnetic field. We employ two-photon excitation to access trion states that arespin forbidden by one-photon excitation. Our simulation shows a maximuminitialization speed of 1.3 GHz and maximum fidelity of 99.7% with realisticsystem parameters.

Fast, High Fidelity Quantum Dot Spin Initialization without a Strong Magnetic Field by Two-Photon Processes