Raw data, analysis and modelling scripts for the article "Bichromatic Rabi control of semiconductor qubits"

The research primarily investigates the challenges associated with electrically-driven spin resonance in controlling semiconductor spin qubits, particularly when scaling up to larger systems. The study introduces and evaluates a coherent bichromatic Rabi control method for quantum dot hole spin qubits, aiming to provide a spatially-selective approach for extensive qubit arrays. The findings are supported through a theoretical framework, emphasizing the significance of interdot motion in bichromatic driving. This research is experimental and theoretical in nature. The data was collected with a digitiser through RF-reflectometry by measuring the charge response of a single-hole transistor.

本研究主要探讨电控自旋共振在调控半导体自旋量子比特（spin qubits）时面临的挑战，尤其在向更大规模系统扩展的场景下。该研究针对量子点空穴自旋量子比特，提出并评估了一种相干双色拉比（Rabi）控制方法，旨在为大规模量子比特阵列提供空间选择性调控方案。研究结果通过理论框架得以支撑，强调了双色驱动中量子点间运动的重要性。本研究兼具实验与理论双重属性。数据通过数字化仪（digitiser）采集，采用射频反射法（RF-reflectometry）测量单空穴晶体管的电荷响应。