Ilyas Khan
@illyitk
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Joined May 2010
We’re making fault-tolerance easier and more efficient. Our QEC team devised a new error correcting code that combines the best features of industry favorites – making for a new superpowered code that's easier to compute with & costs less qubits to use.
quantinuum.com
From Memory to Logic
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Today, we launched Helios, a technological marvel redefining the possible. Helios is the most accurate quantum computer in the world, with 98 of the highest fidelity physical qubits ever released, and 48 error-corrected logical qubits. Learn more: https://t.co/pkvTsS9poF
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Congrats to @QuantinuumQC colleague Chen-Yu Liu who won the Technical Paper Award at @IEEEQuantumWeek. Chen-Yu co-authored the winning paper while at @NTU_TW and has since joined our growing AI team. Kudos on this achievement, Chen-Yu! Official news: https://t.co/QvCnVVcfID
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We're closing gaps others miss with our world-class team and industry-leading hardware. In particular, we’ve been asking: how well do QEC gadgets actually perform on real hardware? Are the assumptions behind scalable fault tolerance holding up in practice?
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Our chemistry team has now published a Knowledge Article, including a feature specification and explanations on how to replicate and extend these results using our InQuanto platform for quantum computational chemistry: https://t.co/Ay2W6Ke5wE
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In quantum computing, preparation is everything. We’ve published three papers on state prep, taking a detailed look at this crucial problem from three different angles: • Quantum chemistry • Materials simulation • Fault-tolerance
quantinuum.com
Preparation is everything
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We’re pleased to share the news, as announced today by @Honeywell, our $600M equity capital raise at a $10B pre-money valuation.
quantinuum.com
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We’ve proposed a new quantum algorithm that can solve matrix equations (called Lyapunov equations). In certain conditions, the algorithm can invert exponentially-sized matrices using polynomial resources on average. 🔬: https://t.co/UGAzVxol41
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Proving randomness is a challenge for #cybersecurity. Our Quantum Origin video dives into how quantum mechanics & math provides the proof needed for the strongest random numbers available. Learn about the science behind verifiable security:
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Nothing is more important as use case for quantum computers than Biology. This has been my view for 11 yrs now, and was a motivation for founding Cambridge Quantum/Quantinuum in 2014. The project announced below is of particular note for all those reasons. And more !!
Quantum Computing is Ready for the Next Frontier in Genomics 🧬🔬 The @sangerinstitute has chosen @QuantinuumQC to support a collaboration exploring how quantum computing can help tackle some of the most complex challenges in genomics. https://t.co/Z2UC9NJPUO
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In a new collaborative paper with JPMorganChase, @NVIDIA, @NASA, @Google Quantum AI, and leading academic institutions, we explore the transformative role of tensor networks in quantum computing. Read our blogpost:
quantinuum.com
In a new paper, we’ve teamed up with JPMorganChase, NVIDIA, NASA, Google Quantum AI, and others to review the cutting-edge technology of tensor networks.
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Continuing our trackrecord of delivering rather than simply talking about delivering at some point in the future. Our new software stack is the most advanced and our quantum computer is the most powerful.
We want you to get fired up about our next-gen system, Helios! 🔥 So, today we're revealing full details about our new software stack, which will empower developers to get the most out of Helios (and all our future systems). Unpack the Stack, here 👇 https://t.co/szc3gHbIaC
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The quantum threat is real & the time to prepare for #PQC is NOW. Proud to release our collaborative whitepaper with @IBMConsulting, @Keyfactor & @ThalesGroup to help you build #CryptoAgility. Learn how to secure your future.
quantinuum.com
As organizations assess the impact of quantum computing on cryptography, many focus on algorithm migration and timelines. But preparing for PQC requires a broader view—one that includes not just new...
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In a new paper with @Cambridge_Uni, we’ve developed a more efficient method for preparing ground states in quantum chemistry calculations—with results 6x faster than a conventional approach. 🔬 https://t.co/Cc9L5KHYZO
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Quantinuum is the #1 Quantum Computing Company on @TechnologyMagBC's 2025 list of top quantum companies. This list underscores a clear trend: scale, fidelity & error correction are essential ingredients for commercial impact and Quantinuum leads the way.
technologymagazine.com
This week's top 10 lifts the lid on some of the most forward-thinking companies in quantum today, including IBM, Google, IonQ, Quantinuum and D-Wave
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“The way they’re doing it is new, and no one’s done it with this quality before.” We couldn’t have said it better ourselves. Physicist Sebastian Weidt describes our magic states research in an article by Emily Conover in @ScienceNews. Read the article:
sciencenews.org
Special quantum states allow computers to perform the most difficult class of quantum computing operations.
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this is important...
Our team just made quantum material simulations a lot more realistic, by developing a new encoding that significantly outperforms traditional Jordan-Wigner based approaches.
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Our algorithms team has introduced the Quantum Paldus Transform (QPT) — a novel technique that simplifies complex quantum problems by harnessing the power of symmetry, a concept rooted in the work of pioneers like Noether and Pauli.
quantinuum.com
Our quantum algorithms team has been hard at work exploring solutions to continually optimize our system’s performance. Recently, they’ve invented a novel technique, called the Quantum Paldus...
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Yet again @QuantinuumQC proving with evidence how it continues to lead the industry in all the ways that matter
This is where the magic happens ✨ In a landmark scientific breakthrough, we're the 1st company to demonstrate a fully fault-tolerant universal gate set with repeatable error correction - the final piece to unlocking industrial-scale quantum computing.
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