Blog
Introducing the Riverlane Roadmap: Three basic steps to decoder success
Riverlane has announced a significant milestone in our development of the error correction stack for quantum computers. We have posted our first arXiv pre-print that dives deep into our current generation decoder (DD1) for quantum error correction.
Technical update
Error-free quantum chemistry edges closer in new experiment
Press release
Riverlane publishes new research testing quantum algorithm on real quantum processor
Press release
NQCC, Rolls-Royce and Riverlane partner to accelerate materials discovery
Blog
Engineering Quantum Error Correction: How our no-code low power compression unlocks fault tolerant operations
Press release
Riverlane partners with Infleqtion and Nüvü Camēras to help quantum computers ‘see’ their qubits
Blog
Why qubits need quantum error correction (and vice versa)
Blog
No PhD required: What the Riverlane Graduate Scheme is really like
Blog
QEC23 Talk: A real time, scalable, fast and highly resource-efficient quantum decoder
Blog
Verification matters for the Quantum Error Correction Stack
Press release
Riverlane wins UK government contract to assess how current quantum computers will scale to fault tolerance
Blog
QEC23: Six key takeaways on the state of quantum error correction
Blog
Moonshots, Massive ROIs and Tiny Chips: Riverlane’s NQTS 2023 Highlights
Blog
Engineering Quantum Error Correction: The Deadtime Challenge
Blog
Parallelisation opens window to useful quantum computers for the first time
Blog
Modelling molecules: How quantum computers simulate at the atomic level
Blog
IEEE23: 3 Key Themes from the Riverlane Team
Blog
Calling all classical engineers!
Press release