... methane capture and achieving net-zero aviation, which are difficult to simulate on traditional computers.

At Riverlane, we're committed to developing the technologies to empower the #quantum community to reach utility-scale 🌐

We're excited to be part of this journey with @xprize.org!

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Our work focuses on improving how we understand electron interactions using a #quantum method in the so-called ‘first quantisation’ framework ⚛️

🔍This allows us to study larger, realistic systems more accurately on future quantum computers. These are important for applications such as....

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🤝 The work was done in collaboration with researchers @nqcp.bsky.social, NNF Quantum Computing Programme (NQCP) at the University of Copenhagen, extending @quantumearl.bsky.social's work on Plaquette Trotterization

@nickblunt.bsky.social explains all: www.riverlane.com/news/moving-...

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Sorry Nate! I didn’t realise you were behind the camera as I couldn’t make IEEE this year, many thanks! 👏🏻📸 Hope you had a good IEEE 🙂 what were your takeaways?

4️⃣ Real-time #QEC is shaping how QCs scale, but a one-size-fits-all soln isn't viable, according to a lively panel moderated by our VP Applied Research Neil

We must focus on how to tune #QEC tech to each system for utility-scale performance, HW-integrated approaches + trade-offs will be made

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🎓 Join our tutorial: “Why you should care about doing QEC experiments”

We’ll share what we’ve learned from enabling early #QEC experiments across multiple hardware platforms and give a preview of the tools we’re building to help the community go further, faster.

See you there! #QEC2025