And for @dulwichquantum.bsky.social, here's a meme to show how the LCD balances real-time speed, high accuracy and flexibility in hardware 🧪🐶

Barbara’s already hiring for a Senior AI/ML Engineer!

Her team will develop AI-based decoders & tools to strengthen our real-time #QEC tech, Deltaflow, and our OS S/W, Deltakit

It's a fantastic opportunity to be a founding member of our new #R&D team

🧪 www.riverlane.com/jobs#vacancies #amhiring

Or if you want to get into the details of how #GPUs, #ASICs and #FPGAs measure up for #QEC, then here's a post from one of our expert team, Jules Gransden:

www.riverlane.com/blog/gpus-as...

🧵🧪5/5

🔗 Curious to learn more? Download the full report here: www.riverlane.com/quantum-erro...

#QuantumComputing | #QuantumErrorCorrection | #FutureofTech

🧵🧪4/5

The #QEC Report 2025 dives into how hardware is accelerating #quantumcomputing towards practical utility. This trend sparked renewed optimism, uniting #quantum companies, governments + funding bodies in the pursuit of QEC.

However, experts say "the hard work is still to come."

🧵🧪3/5

⚡Or that the quantum industry is shifting from software-based #QEC prototypes towards hardware implementations on FPGAs and ASICs?

🔢 Or that all seven QEC codes profiled in our 2025 report now have demonstrations in real hardware?

🧵🧪2/5

Here's the source code: github.com/riverlane/ACID

🧪🧵5/5

LUCI takes 4 ‘contraction layers’ (16 CNOTs, 4 measure-resets) for a syndrome extraction round. ACID takes 2 or 3. Here's an example circuit: stasiu51.github.io/Shatter-Forw... (Stas also hacked @craiggidney.bsky.social's Crumble to help with visualisation).

🧪🧵4/5

ACID constructs ancilla-free (‘middle-out’ or ‘morphing’) syndrome extraction circuits by constructing an optimisation problem and solving it with a standard solver. It generalises these two papers on LUCI and BB: arxiv.org/abs/2410.14891 and arxiv.org/abs/2407.16336

🧪🧵3/5

Stas demonstrates bivariate bicycle and colour codes in the presence of fabrication defects (in each case, the first to do so), as well as the surface code, producing circuits 25%-50% shorter than prior methods.

🧪🧵2/5

* Here’s a hint: It could be any of these prominent figures: Stephen Bartlett, Jan Goetz, Jeremie Guillaud, Peter Knight or John Martinis.

Curious to learn more? Click here to read the full post and uncover the insights! www.riverlane.com/blog/what-do...

In our latest publication, The #QEC Report 2025, we spoke with 25 experts and have compiled their thoughts into a summary that highlights a critical consensus: Quantum Error Correction is now essential for quantum computers to reach utility-scale

www.riverlane.com/quantum-erro...

...while the original Bacon-Shor QEC code does not have a threshold, there is new work showing how to get thresholds.

This paper details how: arxiv.org/abs/2305.12046

Sorry we missed that @dabacon.tachyon.institute.

Just goes to show that even quantum error correction companies make mistakes 🥲

⏰ The time to act is now: Download the full report first to gain deeper insights and chart your course in the QEC era: www.riverlane.com/quantum-erro...

🧪🧵(5/5) @decodoku.bsky.social @mothquantum.bsky.social

🔑 Real-time, integrated QEC is key: Quantum hardware leaders are shifting toward hardware-accelerated decoding and co-design strategies for QEC...

🧪🧵(4/5) @pasqal-quantum.bsky.social