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This optimization reduces the need to use large-amplitude squeezed states while preserving the code's powerful error-correction capabilities. "By leveraging AI, ...

Using a process known as “magic state distillation” in logical qubits will help make future quantum computers more ...

Worse still, it quickly becomes useless if errors aren’t random, such as when attackers actively try to sabotage the code. In the repetition code, all the information needed to correct a given bit is ...

Once stabilized, these physical qubits will act as a network to compose logical qubits, thanks to the 4D codes’ ability to quickly find and correct errors in the qubits as they compute volumes ...

"This allows us to exploit the exact, efficient solutions for planar spin glasses. For non-planar graphs, such solutions are computationally intractable," explained the researchers.

Paris – March 11, 2025 – Fault-tolerant quantum computing company Alice & Bob today announced what they said is a significant advancement in cat qubit technology to reduce errors in quantum computers.