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.

Quantum computers still face a major hurdle on their pathway to practical use cases: their limited ability to correct the ...

Journal Reference:. Mikael Lassen, Metin Sabuncu, Alexander Huck, Julien Niset, Gerd Leuchs, Nicolas J. Cerf, Ulrik L. Andersen. Quantum optical coherence can survive photon losses using a ...

There also is greater awareness of a nascent quantum software stack, including QEC software, taking on a range of quantum usability and performance issues.

They are: The VC1-3DTK 3D toolkit, which enables broadcasters to correct any errors arising from using a dual-camera beam-splitter or mirror rigs; and the VC1-2D-3D Advanced Stereoscopic Processor, ...

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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.