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ニュース
27
7月
,
2022
Brian Sieglewax
Classiq合成エンジンの内部
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In a guest post at "The Quantum Insider", Brian Sieglewax writes:
At a quick glance, Classiq’s Quantum Algorithm Design (QAD) platform looks like a relatively-quick way to build unfathomably large quantum circuits. As any quantum algorithm designer surely knows, manually designing circuits can be quite challenging even when using just a few qubits. Designing a circuit for a 1,000-qubit quantum computer will be virtually impossible; you can’t even view any significant percentage of the circuit on a single computer screen. But, it turns out, designing large quantum circuits is only the tip of Classiq’s proverbial iceberg.
In a guest post at "The Quantum Insider", Brian Sieglewax writes:
At a quick glance, Classiq’s Quantum Algorithm Design (QAD) platform looks like a relatively-quick way to build unfathomably large quantum circuits. As any quantum algorithm designer surely knows, manually designing circuits can be quite challenging even when using just a few qubits. Designing a circuit for a 1,000-qubit quantum computer will be virtually impossible; you can’t even view any significant percentage of the circuit on a single computer screen. But, it turns out, designing large quantum circuits is only the tip of Classiq’s proverbial iceberg.
