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Loading...Introduction to Quantum Circuit Synthesis
Last quarter, our team discovered that optimizing quantum algorithms for near-term devices was crucial for achieving reliable results. We tried using Qiskit 0.43 and Cirq 1.2, two popular quantum development frameworks. Here's what we learned about quantum circuit synthesis and how it impacts the performance of quantum algorithms.
The Problem of Quantum Circuit Synthesis
Quantum circuit synthesis is the process of converting a quantum circuit into a more efficient form that can be executed on a quantum device. This is essential because quantum devices have limited resources, such as qubit count and gate depth. We found that Qiskit 0.43 and Cirq 1.2 have different approaches to quantum circuit synthesis, which affects the performance of quantum algorithms.
Qiskit 0.
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