BlueQubit

Alert 🚨 🚨 🚨 IBM Quantum will retire its cloud simulators on May 15th, 2024. On BlueQubit, you can run 34 qubit cloud simulations for absolutely free!

🚀 We’ve Hit 1,000,000 Jobs! 🎉 A huge thank you to all the quantum researchers, students, and innovators using BlueQubit to push the boundaries of quantum computing. 💻 We are proud to provide tools that help accelerate the future of quantum computing! 🔗 Join the quantum revolution today - Sign up for BlueQubit: bit.ly/46UjKOL #BlueQubit #QuantumComputing #Innovation #TechForGood #Milestone #QuantumResearch #Simulators #FutureOfComputing #1MJobs #TechCommunity

🚀 New paper: Sample-optimal learning of bosonic Gaussian states Key results: 🔹 Ω(n³/ε²) samples for Gaussian measurements 🔹 Ω(n²/ε²) samples for arbitrary measurements 🔹 Non-Gaussian measurements required for optimal learning (passive states) ⚡ Pure states → efficiently learnable ⚡ Adaptivity → critical for energy efficiency ⚡ New bounds linking trace distance & Wigner distributions 📄 Read: arxiv.org/pdf/2603.18136 #QubitScript #QuantumComputing #QuantumML #QuantumInformation

🎲 1926: Born flips Schrödinger’s wave equation into probabilities. Instead of certainty, electrons have likelihoods of where they might be. 👇 Explore how Born’s interpretation changed quantum theory. Curious about quantum simulations? Try this out: 🔗 bit.ly/46UjKOL #QuantumPhysics #Born #QuantumComputing #BlueQubit #Physics

⚛️ Advancing Toward Utility-Scale Quantum Computing A new study highlights a powerful alternative to full fault tolerance 🚀 ✨ Highlights: • Partial FTQC reduces space–time overhead • STAR architecture enables efficient analog rotation gates • No reliance on magic-state distillation ❌ • Optimized resource-state factories via code growth • Strong performance for quantum simulation tasks 📈 Insight: Optimal performance achieved in circuits with 100K–1M rotation gates — a key regime for near-term quantum advantage 🔬 Promising application: 2D Fermi–Hubbard model simulation with realistic hardware assumptions 📖 Explore the research: arxiv.org/pdf/2603.13093 #QuantumTech #QuantumResearch #ComputingFuture #Physics #Innovation #DeepTech

🚀 Quantum development simplified with BlueQubit 💻 💻 Pricing Plans for Annual Subscription - SAVING UP TO 20%: Free Plan: Access 34-qubit simulator Standard ($16/month): Unlimited CPU simulations Premium ($80/month): Full access to Hybrid-large for heavy simulations 💡Get Started Now: bit.ly/3UBj8q0 #QuantumComputing #QuantumDevelopment

💡 Run quantum with ease using BlueQubit! Start with 3 lines of code and seamlessly integrate with Cirq and Qiskit. Run quantum circuits and simulations in the easiest way possible. 🚀 💻 Sign Up Now: bit.ly/3UBj8q0 #QuantumComputing #QuantumDevelopment #BlueQubit #QubitScript

🔹 BlueQubit Premium Subscription – $100/month Includes: • Unlimited access to the Hybrid-large environment • Large-scale simulation capacity • Infrastructure designed for quantum research and heavy simulations 💻Built for large-scale simulations and quantum R&D. Try it now: bit.ly/3UBj8q0 🔝🧑‍💻 #BlueQubit #QuantumComputing #PremiumUser #Software #App

🌊 1926: Schrödinger describes electrons as waves of probability. His equation rivaled Heisenberg’s matrix mechanics — But both turned out to describe the same quantum world. 👇 Explore below how wave mechanics changed physics. Ready to go beyond history? Experiment with quantum simulations at 🔗 bit.ly/46UjKOL #QuantumPhysics #Schrodinger #QuantumComputing #BlueQubit

🔹 BlueQubit Standard Subscription – $20/month Includes: • Unlimited CPU simulations • Full access to the Hybrid-mini environment 🌐bit.ly/46UjKOL Designed for building and testing quantum algorithms. #BlueQubit #QuantumComputing #QuantumSoftware

🚀 Efficient Quantum Channel Learning! 🔬 Zidu Liu & Dominik S. Wild introduce a local-to-global framework for multi-qubit states! With polynomial sample complexity & accurate 50-qubit process tomography, this work scales quantum characterization 🔧Read more: arxiv.org/pdf/2603.07037 #QubitScript #QuantumComputing #TensorNetworks #TechInnovation

🔹 BlueQubit Free Subscription Start running quantum simulations with: • CPU simulator • MPS simulator • Pauli Path simulator • A 34-qubit universal quantum simulator 🌐Explore quantum computing for free: bit.ly/3UBj8q0 #BlueQubit #QuantumComputing #QubitScript

📌New paper: Classical Simulability from Operator Entanglement Scaling. Key result: • Volume-law operator entanglement → no efficient MPO simulation • Logarithmic Rényi LOE (α<1) → efficient classical simulation for many observables Links quantum chaos with classical simulability. 📕arxiv.org/pdf/2603.05656 #QubitScript #QuantumComputing #TensorNetworks

⚛️ 1925: On a small island in the North Sea, Heisenberg reinvented physics. Instead of electron orbits, he described atoms using matrices. The result: Matrix Mechanics — the first full theory of quantum mechanics. One key rule emerged: 🅰️🅱️ ≠ 🅱️🅰️ To experiment with quantum computing yourself:🔗 bit.ly/4lgatFO #QuantumPhysics #Heisenberg #QuantumComputing #BlueQubit

📊 Track Your Quantum Jobs Like a Pro with BlueQubit! In the Jobs tab, you can view a complete history of all your simulation and quantum jobs - perfect for keeping track of your experiments and comparing results. 🔍 Use smart filters to quickly find what you need by status or simulator type. 🔗 Explore more: bit.ly/4lgatFO #BlueQubit #QuantumComputing #QuantumDevelopment #Qiskit #CloudQuantum #DeveloperTools

🧠 New quantum research: Qudit Designs and Where to Find Them Key breakthroughs for high-dimensional quantum systems: ⚡ Weighted state t-designs for arbitrary qudit dimensions ⚡ Classical shadow tomography extended to qudits ⚡ New Clifford character randomized benchmarking protocol ⚡ Circuit complexity bounds for generating approximate unitary designs ⚡ Spin-GKP states shown to form state 2-designs 📊 Major step toward practical qudit quantum computing. 🔘 Explore the paper: arxiv.org/pdf/2603.02659 #QuantumComputing #QuantumInformation #Qudits #QuantumResearch #Physics #QuantumAlgorithms #QubitScript

⚛️ Run quantum + classical code side by side in BlueQubit’s Hybrid Notebook. Now integrated with Playground tutorials. ✔️ Native simulations ✔️ No network back-and-forth ✔️ Perfect for VQE & variational workflows Build and iterate faster: bit.ly/4l6MvwP #BlueQubit #QuantumComputing #HybridNotebook #VQE

⚛️ New interactive quantum tutorials on BlueQubit 🧪 Run examples on Statevector, MPS, PPS & more 💻 Copy + execute in the hybrid environment 🆕 Finding Hamiltonian Ground State Energy Build a hydrogen Hamiltonian, run VQE, compare with classical baselines. Try it 👇 bit.ly/4l6MvwP #BlueQubit #QuantumComputing #VQE #Hamiltonian

⚛️ In 1913, Bohr saved the atom. Classical physics predicted atomic collapse. Bohr introduced quantized energy levels instead. En∝−1/n2E_n \propto -1/n^2En​∝−1/n2 Electrons jump → photons emitted → spectral lines explained. 👇 Explore the detailed visuals below to see how quantization reshaped physics. And if you're ready to go beyond theory — discover how BlueQubit’s quantum computing software brings these principles into real computational power: bit.ly/46UjKOL #QuantumPhysics #Bohr #QuantumComputing #Physics #BlueQubit

🆕This fundamentally reshapes how we think about:– Classical vs quantum boundary – Magic-state distillation – NISQ verification – Resource theories The boundary isn’t just unclear. It’s provably hard to compute. 📄 arxiv.org/pdf/2602.22330 If you work on quantum simulation or fault tolerance - this is worth reading.

We’re breaking down the historical milestones of quantum theory. ⚛️ 1925: Pauli changes everything. No two electrons can share the same quantum state. That single rule explains atomic structure, the periodic table, and stable matter. 👇 Explore the visual below to see how the Exclusion Principle built chemistry. To go deeper — and see how these ideas power modern quantum computing — visit bit.ly/46UjKOL. #QuantumPhysics #Pauli #QuantumComputing #Physics #BlueQubit