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  "notes": "Includes expert perspectives on the difficulty of quantum control compared to classical control.",
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      "text": "What experts say: Quantum control involves manipulating quantum systems through external fields or controls to achieve desired results, thereby improving their functionality and behavior for various applications. Quantum control is concerned with the fundamental interaction between the classical and quantum worlds. Unlike in classical control, quantum state information is harder to obtain without disturbing the quantum system.",
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      "text": "Complexities of control and the number of areas that need to be solved for quantum computing to be economically viable are yet to be addressed.",
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      "text": "Role of quantum control: Quantum computing requires precise control of qubits and manipulation of the physical systems, achieved through quantum gates generated by microwaves, lasers, or optical fields and other techniques based on underlying qubit implementation.",
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      "text": "What industry needs to solve: How can quantum control be optimized in terms of technology, configuration, and design such that we can: Improve the performance of existing quantum computers, and Achieve large-scale quantum computers in the near-term future?",
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      "text": "Source: McKinsey analysis",
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