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”Optimized Synthesis of Circuits for Diagonal Unitary Matrices with Reflection Symmetry” posted on Journal of Physical Society of Japan.

The paper focuses on the implementation of diagonal unitary matrices with reflection symmetry. By leveraging this symmetry, it becomes possible to further simplify quantum circuits compared to existing methods. The proposed algorithm achieves nearly a halving in both gate count and circuit depth. This enables efficient optimization of quantum circuits, marking an important step towards practical quantum computing.



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