Experiencing growing pains when it comes to your QPUs? You’re not alone! As quantum systems scale, new challenges emerge at every layer of the stack ⚛️🤔 Our second blog post explores why scaling qubit numbers matters, how many qubits may be required for useful, fault-tolerant quantum computation, the trade-offs across different qubit platforms, and what researchers are doing to overcome these constraints 💡🐠 Read “Growing Pains” now: qruise.com/resources/blog/gr… 🐙 #QuantumComputing #QuantumTech

We had a great time at the @OpenSuperQPlus progress meeting last week in Finland 🇫🇮 It was energising to see the progress each of the project partners have made and to delve into important discussions on the current challenges and how best to solve them 💡 A special highlight was the exchange with @AdriaanRol of @orangeqs about the unique demands of quantum control at scale ⚛️ The aim of the OSQ+ project is to develop a large-scale, fault-tolerant quantum computer with up to 1,000 qubits. The system will be accessible to external users, fostering progress and innovation across Europe. As part of this, Qruise is adapting its machine learning software to enable accurate digital twins, streamlined control, and seamless integration with OSQ+ hardware ✨ #OpenSuperQPlus #QuantumComputing

At APS this week? Come say hi at Booth 301, we're here til Thursday 🥳🙌 #APS25 #GlobalPhysicsSummit #QuantumComputing