Quantinuum

In a new paper published in IEEE Transactions on Quantum Engineering, our team shared a new noise mitigation protocol that can be applied to any Quantum Amplitude Estimation (QAE) algorithm. The QAE algorithm is a key part of many quantum algorithms such as Quantum Monte Carlo Integration (#QMCI).? ? Read the scientific paper:?https://lnkd.in/gQkxy4fd ? The new protocol can be used to improve performance in any QAE algorithm, making the algorithm “noise-aware”, which is a crucial feature for near-term hardware. The team demonstrated the effectiveness of noise-aware QAE by running experiments on quantum hardware including Quantinuum System Model H1. ? Once they knew their protocol worked, the team implemented it in our QMCI engine and began testing to make it available to all future users as a feature.? ? Access our best-in-class hardware and software here: https://lnkd.in/gMjNpfrA

Julia Sutcliffe lovely to host you today on your impromptu visit! You passion for emerging technologies shines through, and how the UK now has an opportunity to leap forward. Ilyas Khan, KSG Stefano Mensa, PhD MBCS Vincent A. Quantinuum looking forward to the next steps….

In an interview with?CNBC, our President and CEO,?Rajeeb Hazra?discusses the growing energy consumption of large-scale AI models, and the mitigations needed to grow the industry successfully. Raj highlights how quantum computing, working alongside HPC, will support the development of future AI models that are superior for both sustainability and responsibility.? ? Read the article here:?https://lnkd.in/e9GA2Yx8

In the fast-paced and rapidly evolving quantum computing industry, benchmarking has become a cornerstone of progress and trust. At Quantinuum, we lead in benchmarking and verification, proudly showcasing the most benchmarked quantum processors in the world. ? “As we transition to quantum processors that are hard to simulate, ensuring their performance is crucial. Our partnership with the UK’s?Quantum Software Lab, led by?Elham Kashefi, has led to a scalable, "on-chip" verification protocol that is qubit-efficient and application-agnostic,” says?Ilyas Khan, KSG, Founder and Chief Product Officer of Quantinuum. ? This breakthrough was demonstrated on our Quantinuum System Model H1, where we executed the largest verified Measurement Based Quantum Computing (MBQC) circuit to date, reaffirming our systems are best-in-class. ? Want to learn more about how we’re shaping trust in quantum technology? Read our blogpost: https://lnkd.in/exSMgePE Access the scientific paper:?https://lnkd.in/eRZQZUtm

The University of Colorado Boulder?has unveiled a new quantum workforce roadmap aimed at training, preparing and inspiring the next generation of quantum workforce and the broader community in Colorado and the Mountain West. Through the?CUbit Quantum Initiative?and broad collaboration across education, government, and industry, the roadmap seeks to equip students and professionals with critical skills in this growing field. Quantinuum?has long been a leader in quantum workforce development. As a proud member of the?Elevate Quantum?consortium—designated as a tech hub for quantum information technology by the?U.S. Economic Development Administration—we remain committed to supporting regional, national, and international initiatives to bolster the emerging quantum economy. Learn more about this milestone for quantum education and workforce readiness:?https://lnkd.in/eSdZk9ee

We're gearing up for?#SC24?in November! At Quantinuum, we’re committed to working with our partners and customers to bring the best of HPC, AI, and quantum computing together. Schedule a meeting with our experts on site to learn more about hybrid quantum computing workflows: https://lnkd.in/e_CaaUGu

We’re working on bringing the power of quantum computing – and quantum machine learning - to particle physics, an area that is the first to be impacted by quantum computers such as ours, that cannot be simulated.? ? Read our blogpost: https://lnkd.in/eCi3fHpy ? Particle physics, or High Energy Physics (#HEP), is incredibly computationally demanding, with annual data generated by accelerators in excess of exabytes (a billion gigabytes), tens of millions of lines of code written to support the experiments, and incredibly demanding hardware requirements. Quantum computing promises to solve many problems the HEP community faces, and we are working hard to help them realize that as our H2 Series quantum computer is the first that literally cannot be simulated. ? In a recent paper, our team partnered with DESY, the?Leiden Institute of Advanced Computer Science (LIACS), and?Northeastern University?to explore using a generative quantum machine learning model, called a “quantum Boltzmann machine”?to untangle data from CERN’s LHC. Notably, Boltzmann machines were a key part of the 2024 Nobel Prize in Physics. Read the scientific paper here:?https://lnkd.in/eQwkCtnS

Quantinuum Accelerates the Path to Universal Fault-Tolerant Quantum Computing???? Supporting?Microsoft’s AI and quantum-powered compute platform, Quantinuum is driving the race towards a?quantum supercomputer. With universal fault-tolerant quantum computing on the horizon, this collaboration opens doors to unprecedented computational power and AI capabilities, pushing the boundaries of what’s possible. Read more about this partnership:? https://lnkd.in/ehuECFTM #QuantumTech #AI #Supercomputer?#MicrosoftQuantum

The Southwest Quantum Information and Technology (#SQuInT) Workshop, which originated in New Mexico – a leader in quantum computing, brings together the community of researchers in quantum information. At this year’s event, join our keynote session on November 1st?to hear?David Hayes, Senior R&D Manager at?Quantinuum, share the latest results from our commercially available quantum computers, including: -?The first demonstration of quantum advantage by trapped-ion systems - Several advancements in fault-tolerant systems - The latest developments around our next generation machines, including our 2-dimensional Manhattan grid style trap On October 30th, stop by the poster session to dive into the technical details of our recent scientific advancements, including: - “Trotter error time scaling separation via commutant decomposition” with?Yi-Hsiang Chen - “Performing optimal frequency measurements with a universal quantum processor” with?Ross Hutson - “Benchmarking logical three-qubit quantum Fourier transform circuits encoded in the Steane code” with?Karl Mayer Learn more about SQuInT here: https://lnkd.in/dFVSFs2i