Quantum Compute

QBTLL #5 Tomorrow. 17:00 UTC. Live on @X and @RiversidedotFM.

Quantum hardware is moving faster than ever, but that is only half the story. The next breakthroughs will come from the algorithms, applications, and builders willing to push the field forward. The latest op-ed from our CEO and Co-founder, @bobwold covers exactly this. Definitely worth the read. quantumrings.com/news/we-might-… #Quantum #QuantumComputing #QuantumRings #QuantumAdvantage @infleqtion @QueraComputing @MIT @harvard_quantum @Yale_QI @Stanford @UChicago @pasqal_quantum @planqceu

Quantum Rings and @qbraid_official are partnering to bring Open Quantum directly to the qBraid platform! This collaboration expands access to quantum computing, exposing Open Quantum to thousands of qBraid users while providing them with additional hardware options at prices well below the standard market-rate. As fellow @dualityquantum graduates and @ChicagoQuantum members, we're thrilled to be partnering with a company whose mission of increasing access to quantum resources aligns so closely with our own. Users can connect their Open Quantum and qBraid accounts today and begin running workloads on low-cost quantum compute through the Open Quantum backends. Read the full press release here: quantumrings.com/news/open-quan… Or get started here: openquantum.com/qbraid #QuantumComputing #OpenQuantum #QuantumRings #qBraid

One of our favorite sights from Quantum.Tech World this past weekend. Peter Shor spotted wearing a Quantum Rings / Open Quantum lanyard while connecting with attendees. A pretty exciting moment for the Quantum Rings team ⚛️ #OpenQuantum #QuantumTechWorld

When the @WhiteHouse signs an executive order to elevate the nation's focus on quantum, it's probably worth paying attention. Here are some of the key takeaways from yesterday's executive order: 1. Quantum Strategy: Within 180 days, the administration will update the national quantum strategy to focus on commercialization, industry partnerships, and the deployment of quantum technologies. 2. Research: In an initiative led by the DOE, the government will be aiming to build their own quantum computer and implement improved benchmarking standards with the aim of better enabling quantum research at the utility scale. 3. Workforce & Supply Chain: The administration will take actions to support component suppliers and identify manufacturing bottlenecks while growing the quantum workforce through recruitment incentives, apprenticeships, and workforce training programs. 4. Quantum Security: By the end of 2030, high-value federal systems must be using post-quantum cryptography for key exchanges. By the end of 2031, these federal systems must be using post-quantum digital signatures. Given all that we've seen this year in the field of quantum, it's undeniable that the future of quantum is approaching faster than many of us are ready for. Fortunately, for those of you on @bittensor, qBitTensor Labs offers two subnets to give you the exposure to quantum that you'll need to be ready for this future. @EnigmaSN63 - Challenge network designed to push the limits of modern encryption and harden quantum verification algorithms. @QuantumSN48 - Run algorithms on real quantum hardware at free and subsidized prices. There has never been a better time to assess your own quantum readiness and start preparing for the new quantum future.

@XanaduAI's @PennyLaneAI is now officially integrated into Open Quantum ⚡ Quantum computing becomes significantly more powerful when developers can move seamlessly from theory to execution on real hardware. With the Open Quantum PennyLane Plugin, developers can now run PennyLane circuits directly on quantum systems from @IonQ_Inc, @rigetti, @IQMquantum, and @AQT_GmbH through a single unified interface. PennyLane has become one of the leading frameworks for differentiable quantum computing and quantum machine learning, enabling workflows like VQE, QAOA, quantum neural networks, and hybrid quantum-classical optimization. By bringing PennyLane onto Open Quantum, developers can now take those same workflows and execute them on real QPUs without rewriting code, managing multiple SDKs, or learning vendor-specific APIs. This integration represents another step toward making quantum hardware more accessible for users across the quantum ecosystem. Read our blog post here: quantumrings.com/news/pennylane… #QuantumComputing #PennyLane #OpenQuantum #QuantumRings

You probably missed it, but holding @say_gm_ alpha will have value itself. Pretty great design for the holders. #bittensor