![]() ![]() The company explained the error correction advancements in a blog post: Q-CTRL tested these changes in a series of algorithms, including the Quantum Fourier Transform and the Bernstein Vazirani algorithm. SEE: Gartner's Quantum reality check: Expect 10 more years of hype but look for use cases now Q-CTRL also announced that these new logic gates were more than 400 times more efficient in preventing computational errors compared to current techniques. The benchmarking experiments were done on multiple IBM quantum computers. The company said researchers didn't make any changes to the test algorithm or the hardware to gain this improvement. According to the company, scientists changed the building blocks of quantum logic gates to reduce computational errors by 2,500%. ![]() Australia's Q-CTRL announced this week a successful test of a new way to suppress errors when running quantum algorithms.
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