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IBM's boffins run a nifty quantum error-correction algorithm on standard AMD FPGAs, and it is' 10 times faster than what is needed' — research propels IBM's Starling quantum computer project forward

Source

Tom's Hardware

Published

Oct 25, 2025

TL;DR

AI Generated

IBM researchers have successfully implemented a quantum error-correction algorithm on standard AMD FPGAs, running 10 times faster than required. This breakthrough, achieved ahead of schedule, is a significant step forward for IBM's Starling quantum computer project. The collaboration with AMD has played a crucial role in this development, potentially advancing the timeline for the large-scale quantum computer's release from 2029. Error correction is essential for the practical usability of quantum computers, and IBM's progress in this area aligns with recent advancements in quantum computing by other tech giants like Google.

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IBM's boffins run a nifty quantum error-correction algorithm on standard AMD FPGAs, and it is' 10 times faster than what is needed' — research propels IBM's Starling quantum computer project forward

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IBM's boffins run a nifty quantum error-correction algorithm on standard AMD FPGAs, and it is' 10 times faster than what is needed' — research propels IBM's Starling quantum computer project forward

TL;DR

Similar Articles

Microsoft announces Majorana 2 quantum computing chip — claims a practical machine will come in 2029

Negative time experiment clears peer review as photons appear to leave an atom cloud before entering — groundbreaking quantum 'negative time' proven after 1 million test runs

US's big bet on quantum computing may not be entirely legal

US government takes $2 billion equity stake in nine quantum computing firms