Quantinuum and University of Colorado Boulder just made quantum error correction easier. Read more in this blogpost: https://lnkd.in/eeBpediv We’ve recently published a scientific paper describing the implementation of a never-before-used quantum error correction code to create four logical qubits and hit the “break even.” This is an important milestone in the quest to build quantum computers that can overcome errors and deliver accurate results – which is what today’s supercomputers do. It also builds on several recent quantum error corrections advancements in recent months by the Quantinuum team, such as our joint announcement with Microsoft where we showed error rates reduced by a factor of 800x thanks to Microsoft’s innovative error correction scheme. This collaboration is yet another example of how Colorado, New Mexico and Wyoming are leading the world in #quantumcomputing. We are proud to be part of the robust #quantum ecosystem in #Colorado, #NewMexico and #Wyoming. Read the scientific paper here: https://lnkd.in/e9KSmKXJ Access our H-Series hardware here: https://lnkd.in/eV6b6nWw
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Quantinuum, in partnership with University of Colorado Boulder, succeed in implementing a different error correction code, entangling 4 logical qubits with better fidelity than the physical analog. This will massively aid in scaling quantum computers. #SerendipityCapitalportfolio #infrontoftomorrow #quantumerrorcorrection
Quantinuum and University of Colorado Boulder just made quantum error correction easier. Read more in this blogpost: https://lnkd.in/eeBpediv We’ve recently published a scientific paper describing the implementation of a never-before-used quantum error correction code to create four logical qubits and hit the “break even.” This is an important milestone in the quest to build quantum computers that can overcome errors and deliver accurate results – which is what today’s supercomputers do. It also builds on several recent quantum error corrections advancements in recent months by the Quantinuum team, such as our joint announcement with Microsoft where we showed error rates reduced by a factor of 800x thanks to Microsoft’s innovative error correction scheme. This collaboration is yet another example of how Colorado, New Mexico and Wyoming are leading the world in #quantumcomputing. We are proud to be part of the robust #quantum ecosystem in #Colorado, #NewMexico and #Wyoming. Read the scientific paper here: https://lnkd.in/e9KSmKXJ Access our H-Series hardware here: https://lnkd.in/eV6b6nWw
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Another amazing quantum computing experiment performed using Presto. This time, Dr. Axel Eriksson et. al from Chalmers University of Technology implemented a universal gate set on a flux-tunable bosonic mode. Further, they created a highly resourceful cubic phase state in just 60 ns. Congratulations! Here is a part of what Axel said about IMP and using Presto: The user support is amazing. At one point, we realized that our use cases required extreme precision in the timing of pulses arriving to the quantum chip. We reached out to IMP support, within an hour we concluded on a solution, within a day they updated their API allowing us to time pulses down to 100 ps and within a week we had integrated the functionality, calibrated our system and produced (to our knowledge) the highest quality cubic phase state every produced on any quantum platform. You can read the rest of the testimonial here: https://lnkd.in/d6Q5C4ix And you can read their preprint here: https://lnkd.in/dFsCvKZN
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Uncertainty still surrounds the future of quantum computing, leaving many questions unanswered. In this report, we discuss how quantum computing may shape the future of businesses. You can read it here: https://bit.ly/3rpjkgK #QuantumFuture #QuantumComputing
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#Quantum computing today is seen as a promising technology for addressing various challenges and quantum computers are already accessible through major #cloud-computing providers. However, it cannot operate in isolation. Søren Bendlin Gammelmark & Stig Elkjær Rasmussen spoke to James Lewis about the significance of solving complex computational problems efficiently by quantum computing and its benefits for humanity. Embark on a journey into the integration of quantum computing with classical high-performance computing 🎙️ Learn more in our new #GOTOpodcast episode https://lnkd.in/g_UDEnR
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Quantum computing has the potential to solve some of the world's most complex problems. But to make it a reality, we need to scale quantum control systems. Learn how in our latest article. #QuantumComputing #McKinseyonQuantum #QuantumTech
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Quantum computing has the potential to solve some of the world's most complex problems. But to make it a reality, we need to scale quantum control systems. Learn how in our latest article. #QuantumComputing #McKinseyonQuantum #QuantumTech
Understanding quantum control’s role in scaling quantum computing
mckinsey.dsmn8.com
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Quantum computing has the potential to solve some of the world's most complex problems. But to make it a reality, we need to scale quantum control systems. Learn how in our latest article. #QuantumComputing #McKinseyonQuantum #QuantumTech
Understanding quantum control’s role in scaling quantum computing
mckinsey.dsmn8.com
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🇹🇼 Attending #TPS2024? Drop by QM's booth and learn how to accelerate your quantum research & development to unrivaled speeds! 💫 Book a meeting with our team and get a glimpse into the future of Quantum Computing and discover how leading global labs achieve faster results using the most advanced quantum control system on the market: https://lnkd.in/dwH7md5S 👋 See you there! #QuantumControl #QuantumComputing
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Quantum computing has the potential to revolutionize optimization problems. This Friday, the Wits Quantum Initiation will be hosting a hybrid session on "Quantum optimization methods and Quantum advantage in optimization". Registration link to attend the event can be found on the poster attached or you register via the IBM Quantum and Wits: Quantum Computing talks meetup page: https://ibm.biz/BdSpdH Isaac Nape Fabio Scafirimuto, PhD Gemma Dawson Chanelle MATADAH MANFOUO Jean Baptiste Fankam Fankam #quantumcomputing #quantmoptimization
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This is a great opportunity to learn about #quantumcomputing and how #optimization problems can be tackled by #quantumcomputers. A lot of new #research results are achieved and the field is moving fast. Stefan Woerner will present the latest achievements IBM Quantum. Do not miss it!
Quantum computing has the potential to revolutionize optimization problems. This Friday, the Wits Quantum Initiation will be hosting a hybrid session on "Quantum optimization methods and Quantum advantage in optimization". Registration link to attend the event can be found on the poster attached or you register via the IBM Quantum and Wits: Quantum Computing talks meetup page: https://ibm.biz/BdSpdH Isaac Nape Fabio Scafirimuto, PhD Gemma Dawson Chanelle MATADAH MANFOUO Jean Baptiste Fankam Fankam #quantumcomputing #quantmoptimization
