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A new study from the University of Sydney has announced the development of a 2D error-correction architecture that could spot quantum errors using fewer qubits, thereby making them more efficient.
Now, researchers at the University of Sydney have unveiled a new 2D error-correction system that could make quantum computers much more efficient.
Three startups have announced error-correction breakthroughs that could accelerate enterprise adoption of quantum computing. Topics Spotlight: AI-ready data centers ...
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Amazon released a chip that suppressed errors 100 times, while IBM scientists discovered a new error-correction scheme that works with 10 times fewer qubits (arXiv:2308.07915). Then at the end of the ...
According to Kenta Takeda, the first author of the paper, “The idea of implementing a quantum error-correcting code in quantum dots was proposed about a decade ago, so it is not an entirely new ...
To transform them into a quantum error-correcting code, they’d have to first define what quantum states and errors would look like in this unusual system. That part was easy. An infinite ...
A new study from the University of Sydney has announced the development of a 2D error-correction architecture that could spot quantum errors using fewer qubits, thereby making them more efficient.