Quantinuum

Quantum computing is no longer a technology of tomorrow—it's delivering results today. Quantinuum's System Model H2 has successfully demonstrated its capability to simulate quantum magnetism, rivaling even the best classical computational methods. With applications spanning from defense to medical technologies, this breakthrough highlights quantum computing's tangible potential in scientific discovery. ? Read more about how?Quantinuum,?alongside partners Caltech,?Fermioniq,?EPFL, and?Technical University of Munich, are reshaping our understanding of quantum physics and material science: https://lnkd.in/e3k9CtpX

?? We’re excited to announce that the second panel discussion from the QIG will take place early next month! ?? ?? Topic: Quantum Computing – Pioneering the Future of Innovation ??? Date: April 2nd, 2025 ?? Time: 5:00 - 8:00 PM ?? Location: CIC (Cambridge Innovation Center), One Broadway – Venture Cafe, Level 5 ?? During this session we will how quantum computing is revolutionizing the pharmaceutical industry Our keynote speaker, Nash Palaniswamy, will explore the latest trends and breakthroughs in quantum computing. Following the keynote, Nash will join a distinguished panel of experts from both the quantum computing and pharmaceutical sectors to discuss how quantum computing is transforming drug discovery, accelerating development, and unlocking new possibilities in medicine. Our panelists include Andrea de Souza - Chief Corporate Development Officer at Qubit Pharmaceuticals, Rohit A. - Innovation Lead - Novo Nordisk Bio Innovation Hub, Christophe Jurczak - Managing Director at Quantonation, and Will Oliver - MIT Professor & Director, Center for Quantum Engineering, and the discussion will be moderated by Larissa Bifano - US Chair, Patent Development & Strategy practice at DLA Piper. This event is organized by Qubit Pharmaceuticals and hosted by TINS: Technology Innovation Studio, with a big thanks to DLA Piper for making it all possible! ?? Mark your calendar ??, RSVP: https://lu.ma/k7qk7ja4 Sara Dolcetti, Sarada Loock, Salma B., Asma Bensalem #QuantumInterestGroup #QIG #QuantumComputingApplication #InnovativeSolutions #DrugDiscovry #TINS #CIC

?? Quantum Computing at Bio-IT World 2025! At this year's edition of Bio-IT we're excited to co-organize and event alongside Quantinuum and improvising careers, on "How is quantum computing transforming drug discovery and development?" On April 2, join this incredible line-up of industry experts to explore real-world applications and the path to a quantum-ready workforce. ?? Gabriela Cimpan, Quantinuum ?? Holly Stemp, Massachusetts Institute of Technology ?? Juliette Peyronnet, Alice & Bob ?? Sara Dolcetti, Qubit Pharmaceuticals ?? Christopher Bishop, improvising careers ?? Thomas Ehmer, Merck Group ?? Huafeng Xu, Atommap ?? Andrei Petrenko, Quantum Circuits, Inc. ?? Johannes Galatsanos, Diffraqtion, Massachusetts Institute of Technology ?? Raffaele Santagati, Boehringer Ingelheim This morning workshop is followed by an afternoon tour of MIT Quantum Engineering Center - so don't miss out. ?? Register now! (Select Workshop #2)and benefit from our exclusive offer: Get $150 off with the #DiscountCode: 150BIT25SPK https://lnkd.in/d6fCU2Km Looking forward to insightful discussions—see you there! #QuantumComputing #DrugDiscovery #BioITWorld2025 #QuantumPharma

Have a look at the assembly of our "Reimei" quantum computer as Jennifer Strabley highlights this recent announcement. Reimei is fully operational at RIKEN’s Wako campus in Saitama, Japan - ready to usher in a new era of hybrid quantum high-performance computing!

We’re marking a major milestone in the intersection of AI and quantum computing with our latest paper, published in partnership with Google DeepMind, in?Nature Machine Intelligence. Read more in our blogpost here:?https://lnkd.in/ee9jivyj

???Announcing a step toward the 1st commercial application for quantum computers! ? Quantinuum, along with our partners?JPMorganChase,?Argonne National Laboratory,?Oak Ridge National Laboratory, and?The University of Texas at Austin, have turned our quantum computer into a reliable and accessible source of high-quality randomness. As published in?Nature Magazine?today, together, we have achieved the first successful demonstration of Certified Randomness. ? What is randomness and why does it matter?? ? ??Randomness is essential for securing cryptography behind all types of electronic communication, a bedrock of the modern economy. ??From regulated industries to critical infrastructure, today’s organizations demand the strongest available cybersecurity to protect IP, assets, and user privacy. ??The processes governing quantum mechanics are ideal sources of randomness, offering the highest cryptographic protection.? ? This represents a major milestone for quantum computing that will reshape commercial technology and cybersecurity.? ? The time when quantum computing was years away from having societal and business impact is now over. ? Access the full?Nature?paper: https://lnkd.in/eQFTCStQ Learn more in?our blogpost: https://lnkd.in/eJWVQXJF

As the only quantum computing company with a quantum computer powerful enough that it cannot be simulated, Quantinuum has published a unique and highly influential paper on likely near-term quantum advantage.? ? A Quantinuum team just published an end-to-end quantum algorithm that only a quantum computer can solve efficiently. Along with efficiently verifiable benchmarks, these have allowed the team to quantify quantum advantage for a general problem in?knot theory?that has a wide variety of applications in the real world. ?? ???Knot?theory?has practical applications today in fields like molecular biology, where it helps understand the structure of DNA, and for physics, where it informs the study of fluid dynamics and the design of complex materials. ? ???One of the results of this work is a rigorous benchmark framework that also confirms that Quantinuum’s next-generation quantum systems, Helios, will surpass classical supercomputers in solving these critical?knot?theory?problems. Ilyas Khan, KSG, Chief Product Officer stated, “Just in the past week or so our published work alongside Google DeepMind and now this work has continued to underpin rigorous foundational platforms that accelerate the industry as a whole and don’t resort to unfortunate arm waving which none of us need. The work on?knot?theory?sounds a little distant but the application in #biology is of particular importance." ? ???Dive deeper into how Quantinuum is reshaping practical problem-solving:?https://lnkd.in/e62vhU34 ???Learn more about our next-gen systems such as Helios, on schedule to launch this year:?https://lnkd.in/ehuECFTM

Today at #GTC25’s ‘Quantum Day,’ NVIDIA Founder and CEO Jensen Huang hosted company leaders across the quantum computing industry for a panel on the current state of the technology. Quantinuum President and CEO, Dr. Rajeeb Hazra, shared his perspectives on performance standards, solving real-world challenges, and how quantum-generated data is transforming AI through Generative Quantum AI (GenQAI).

?? Quantinuum?and?NVIDIA?are reeling in a future where quantum and classical compute power unite to accelerate scientific discovery and unlock enormous commercial value. By bringing together the best in quantum and the best in AI, respectively, we will fast-track commercially scalable accelerated quantum supercomputers. As announced this week at #GTC25, NVIDIA selected Quantinuum as the founding partner for the NVIDIA Accelerated Quantum Research Center (NVAQC) being built in Boston. The center will integrate quantum computers with AI supercomputers to ultimately explore how to solve some of the world’s most challenging problems. Our long-standing collaboration with NVIDIA will drive these advancements forward in a number of ways, including: ? The continuation of our pioneering collaboration on CUDA-Q.? ? The center will use CUDA-Q alongside a world leading NVIDIA GB200 NVL72 supercomputer with Quantinuum’s System H2.? ? The co-development of customized GPU-based decoders which can be coupled with our upcoming Helios system. Through the integration of the most powerful in quantum and classical systems, and by enabling tighter integration of AI with quantum computing, the NVAQC will be an enabler for the rapid deployment of GenQAI products. All of this and more in our latest blog post:?https://lnkd.in/eZgKsh76

We’re excited to partner with NVIDIA and give CUDA-Q users access to Quantinuum systems! Last week at SC Asia, Enrico Rinaldi gave us an overview of this announcement.