This invention describes a smart controller for quantum computers. It can generate two basic quantum control signals and then, on the fly, decide if those signals should be combined into one complex operation or sent out as two separate commands. This decision depends on which quantum bits or pathways the signals are intended for, allowing for more flexible and efficient control of quantum operations.
Why it matters: Since 2019, quantum processors have grown significantly in qubit count and complexity, making dynamic, adaptive control pulse generation more critical for managing qubit interactions and reducing errors. This invention's ability to dynamically switch between multi-pulse pairs and independent pulses offers a valuable approach to optimizing control in these larger systems.
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