Quantum Gate Streaming Pipeline for Continuous Circuit Execution

The patent segments the circuit execution process into discrete gate-level operations that can be independently processed and executed. Each quantum gate is compiled and calibrated separately, allowing parallel processing of multiple gates from different circuits. This segmentation enables the system to maintain execution accuracy for each gate while dramatically improving overall system throughput by eliminating sequential bottlenecks.

The patent implements preliminary action by pre-compiling and pre-calibrating quantum gates before they are needed for circuit execution. The system maintains ready-to-execute gate sequences in a buffer, so when circuits are queued, the gates are already prepared and can be executed immediately without blocking the entire system for full recalibration. This preliminary preparation resolves the contradiction by ensuring accuracy is pre-established while enabling continuous productivity.

The patent implements continuity of useful action by maintaining an always-active quantum processor that executes gates continuously without idle waiting periods. While traditional systems must pause for complete calibration and compilation of each circuit, this system keeps the processor busy executing pre-prepared gates from multiple circuits simultaneously. The job queue wait time is eliminated because the processor never stops executing valid quantum operations, resolving the contradiction between reliability and time loss.

The system performs preliminary calibration and compilation of quantum gates in advance, storing them in ready-to-execute formats. This preliminary action ensures that when circuits are submitted, the gates are already validated and prepared, eliminating the need for time-consuming on-the-fly calibration while maintaining execution reliability. Multiple pre-prepared gate sequences can be executed back-to-back without interruption.

The patent segments circuit processing into independent gate-level units that can be handled by standardized processing modules. Each gate is represented as a discrete, uniformly structured data object that can be processed through the same compilation and calibration pipeline. This segmentation allows multiple circuits to be processed simultaneously through parallel instances of the same simple modules, improving productivity without significantly increasing system complexity.

The patent implements universality by creating a single, multi-functional gate processing pipeline that can handle any quantum gate from any circuit. The same compilation, calibration, and execution modules serve all circuits simultaneously by processing different gate sequences in parallel. This universal approach eliminates the need for circuit-specific processing paths, maintaining low system complexity while enabling high productivity through parallel execution of multiple circuits.