量子計算機のハードウェアとアルゴリズムのエラーを抑制できる手法を開発 ——演算を高精度化する一般的な枠組みを提唱—— 1.発表のポイント: 量子計算機（注1）を用いた量子多体計算（注2）のエラーを効率的に除去する手法を開発した。 低精度の ...

The new algorithm was supposed to help distribute lungs more fairly to people who desperately needed life-saving transplants. But a flaw in the process for awarding the organs to sick and dying ...

Getting your Trinity Audio player ready... The new algorithm was supposed to help distribute lungs more fairly to people who desperately needed life-saving transplants. But a flaw in the process for ...

・量子計算機（注1）を用いた量子多体計算（注2）のエラーを効率的に除去する手法を開発した。 ・低精度の量子状態同士に量子もつれ（注3）を導入することで演算を高精度化する一般的枠組みを提唱した。 ・本研究成果は、量子情報技術の発展に ...

This quantum error correction algorithm is highly sensitive, capable of accurately detecting even minor errors in qubits. It also exhibits strong robustness, enabling it to quickly and precisely ...

We developed and optimized a syndrome subgraph algorithm for efficient execution on FPGA hardware, further extending it for parallel processing across multiple FPGAs ...

Consumers are less forgiving of brand failures when algorithms are anthropomorphized, use machine learning, or are used for subjective or interactive tasks. Researchers from University of Texas-Austin ...