Authors: Anouk Paradis, Benjamin Bichsel, Martin Vechev
Published on: December 20, 2022
Impact Score: 8.3
Arxiv code: Arxiv:2212.10395
Summary
- What is new: Introduction of Reqomp, a method for optimizing quantum circuits by trading qubits for gates without exceeding hardware limits.
- Why this is important: Quantum computers have strict limits on qubit and gate counts, requiring efficient circuit designs.
- What the research proposes: Reqomp synthesizes efficient uncomputation of ancillae within hardware constraints, offering trade-offs between qubit and gate counts.
- Results: Reduced the required number of ancilla qubits by up to 96%, with a potential gate count increase capped at 28% in the worst cases.
Technical Details
Technological frameworks used: Reqomp for uncomputation synthesis in quantum circuits
Models used: Quantum computing models and optimization techniques
Data used: Benchmark quantum circuits for testing effectiveness
Potential Impact
Quantum computing hardware manufacturers, quantum algorithm developers, industries relying on quantum computing for simulation and problem solving
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