Riverlane

We’re thrilled to announce that our collaborative research with @rigetti.bsky.social on real-time, low-latency quantum error correction (QEC) has been published in Nature Communications. 🚀 Huge congratulations to the researchers and engineers at Riverlane and Rigetti who made this possible! 🧪🧵1/3

This research marked the world’s 1st low-latency QEC expt on hardware, showing evidence that we can decode errors fast enough to keep up with the rapid cycle times of superconducting qubits Why was this important for the industry? 🧪🧩 In this experiment, we solved a vital piece of the puzzle...🧵2/3

Simulating non-computational errors just got faster⚡️ Noncomputational errors pose a significant challenge for quantum error correction, are hard to simulate and account for during decoding. We’ve released Deltakit-Stim to fix this. Deltakit-Stim... 🧵1/2

Join us at #APSMarch2026, booth #817! Meet the Riverlane team and see our first-ever demonstration of Deltaflow and Deltakit, our integrated platform for real-time #QuantumErrorCorrection More info here: www.riverlane.com/riverlane-at... ⚔️ We've even started a Quantum Quest...

As part of the Riverlane Quantum Quest, you get to explore #APSMarch2026 + could win: 🎧 Riverlane-branded earbuds for 4 completed tasks 😎 With 6+ completed tasks, enter into a daily prize draw for a chance to win a VR headset! Interested? here's some more info: www.riverlane.com/riverlane-at...

👏We're excited to share our new paper showing that leakage mobility in superconducting qubits can itself act as a leakage-reduction unit (LRU) - i.e., moving leaked population so it can be flushed away: iopscience.iop.org/article/10.1... 🧵1/4 Here’s why it matters…

This is, to our knowledge, the 1st paper to identify and characterise leakage mobility as an LRU. We compared mobility vs. other LRUs using fully quantum qutrit simulations on Fujitsu’s 39‑qubit simulator (Also: 🥈 in the Fujitsu Quantum Simulator Challenge!) 🧵3/4 www.fujitsu.com/global/about...

👏We're excited to share our new paper showing that leakage mobility in superconducting qubits can itself act as a leakage-reduction unit (LRU) - i.e., moving leaked population so it can be flushed away: iopscience.iop.org/article/10.1... 🧵1/4 Here’s why it matters…

🚀 Stop guessing, start optimising! Improving #QEC performance can be like searching for a needle in a haystack, blindfolded! But what if you could ID your chip's performance bottlenecks? Our OS Deltakit SDK does that with its NEW feature: Error budgeting in QEC! deltakit.riverlane.xn--com1-nf24c/4

💰Prioritise hardware improvements: identify the main error sources + understand how best to improve your hardware to reduce your error rates 💡Accelerate #QEC research: error budgeting offers a clear path to design more resilient codes + tailoring them to your specific hardware characteristics🧵3/4

🚀 Stop guessing, start optimising! Improving #QEC performance can be like searching for a needle in a haystack, blindfolded! But what if you could ID your chip's performance bottlenecks? Our OS Deltakit SDK does that with its NEW feature: Error budgeting in QEC! deltakit.riverlane.xn--com1-nf24c/4

Thinking about a career in #quantumcomputing but don't have a #quantum #physics degree? 🤔 You might be surprised! Our head of talent, Emily, shares crucial insights in her latest post, debunking common myths and offering practical advice for anyone looking to enter this exciting field... 🧪🧵1/5

🦾 Insight #3: Your skills are needed 🦾 Whether you're a software engineer, hardware specialist, mathematician, or computer scientist, your expertise can be adapted and applied We're committed to training and development to help you grow 💥 But how can you make your application stand out? 🧪🧵4/5

Thinking about a career in #quantumcomputing but don't have a #quantum #physics degree? 🤔 You might be surprised! Our head of talent, Emily, shares crucial insights in her latest post, debunking common myths and offering practical advice for anyone looking to enter this exciting field... 🧪🧵1/5

⚛️ Insight #1: No quantum background? No problem! ⚛️ Only 5% of Riverlane staff joined with a quantum-specific qualification. Transferable skills from #engineering, #software, #maths, #physics, and #humanities are all highly valued. 🧪🧵2/5

Turns out, the biggest bottleneck in #quantum isn't the hardware, it's you – the talent! 🤯 Recent US House hearings echoed our QEC Report 2025: only a few hundred folks worldwide currently have the skills to genuinely advance #QuantumErrorCorrection 👉 thequantuminsider.com/2026/01/23/e... 🧵1/2

🧪🎉 Congrats to the team for their new Nature Comms paper on our Local Clustering Decoder (LCD)! Until now, decoders have faced a hard trade-off: ⚡ fast but inaccurate 🎯 accurate but too slow 📈 or unable to scale With LCD, they show this trade-off can be broken 💪 www.nature.com/articles/s41...

🌟 Exciting news! We're thrilled @bterhal.bsky.social is Riverlane's newest Fellow with @quantumearl.bsky.social + @danbrowne.bsky.social 🎉 Under Barbara's leadership, the Delft hub will focus on integrating #AI and #ML into real-time #QEC 🚀 www.riverlane.com/press-releas... The best part...