QubitLogic
arXiv

Why Are We Unrolling? The Importance of Structured Quantum Programs for Compilation

As quantum computing progresses, efficient quantum compilation is crucial for the success of dynamic algorithms.

We present important patterns and algorithms from fault-tolerant quantum applications which admit a structured representation that we argue is crucial to preserve.

Why this matters

As quantum computing progresses, efficient quantum compilation is crucial for the success of dynamic algorithms. Understanding and improving this process can greatly impact the computational power and applicability of quantum computing in real-world applications.

What they actually achieved

The work presents important patterns and algorithms from fault-tolerant quantum applications that benefit from structured representation. It challenges the community to maintain these structures without unrolling them into simpler straight-line circuits.

What they did not achieve

The paper does not provide a complete solution for compiling structured quantum programs without unrolling them. It suggests the importance of this approach but does not substantiate it with a fully-tested compilation tool or software.

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