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BlueQubit @BlueQubitIO
Joined May 2024
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BlueQubit
@BlueQubitIO
6 May 2024
Alert 🚨 🚨 🚨 IBM Quantum will retire its cloud simulators on May 15th, 2024. On BlueQubit, you can run 34 qubit cloud simulations for absolutely free!
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🚨 The Hardening Quantum Proof Challenge is now live on Enigma. In partnership with @qBitTensorLabs, we're inviting the community to test the limits of peaked circuits - an approach designed to be easy for quantum computers to solve and difficult for classical computers to simulate. Now it's time to put that claim to the test. πŸ† $10,000 USD prize pool Learn more and participate: qbittensorlabs.com/enigma/ch…

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Enigma
@EnigmaSN63
Jun 11
🚨NEW CHALLENGE LIVE🚨 The Hardening Quantum Proof Challenge in collaboration with @BlueQubitIO, is now open on Enigma. Designed to be easy for quantum computers to solve and difficult for classical computers to simulate, peaked circuits have emerged as a promising approach for quantum verification. Now we're putting that claim to the test. Read more about the challenge here: qbittensorlabs.com/enigma/ch… $10k USD awaits. See you there. #BlueQubit #Peakedcircuits #HardeningQuantumProof #SN63
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πŸ’» BlueQubit Hybrid Notebooks ⚑ Small $0.2/hr β†’ lightweight workloads ⚑ Large $1.5/hr β†’ more compute & memory ⚑ GPU A100 / H100 $4–15/hr β†’ large-scale quantum simulations Pay-as-you-go or subscription access β€” run circuits instantly πŸš€ πŸ‘‰ Explore BlueQubit: bit.ly/46UjKOL #QuantumComputing #HybridNotebooks #GPU #BlueQubit #QuantumResearch #Tech
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🧩 What connects barcode scanners, satellite communications, cloud storage, and quantum computers? πŸ‘‰ Error-correcting codes. The new Handbook of Error-Correcting Codes catalogs the enormous ecosystem of classical and quantum codes and the mathematical structures behind them. πŸ“š Codes πŸ”— Lattices 🎯 Sphere packings βš›οΈ Quantum phases of matter πŸš€ Fault-tolerant quantum computing A must-read resource for anyone exploring quantum information science. πŸ“– Read: arxiv.org/abs/2606.11484 #QuantumComputing #CodingTheory #QuantumInformation #FaultTolerance #QubitScript
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🧩 What if quantum error correction didn't require enormous qubit overhead? A new result demonstrates breakeven quantum error correction using quantum low-density parity-check (qLDPC) codes. ✨ 4 logical qubits encoded into 18 physical qubits πŸ“‰ Up to 9Γ— better logical error rates βš›οΈ 9 different quantum codes demonstrated πŸ”¬ Same hardware, no reconfiguration required One of the strongest experimental demonstrations yet for high-rate quantum error correction. πŸ“– Read the paper: arxiv.org/abs/2606.06455 #QuantumComputing #qLDPC #QuantumErrorCorrection #TrappedIon #QubitScript
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⚑🀯 Imagine spending years building a theory......only to discover it predicts infinity everywhere. ♾️ ❌ Infinite mass ❌ Infinite charge ❌ Infinite energy QED looked doomed. Then Feynman, Schwinger, Tomonaga, and Dyson pulled off one of the greatest saves in the history of physics. πŸš€ 🎯 The result became the most accurate scientific theory ever tested. Explore the quantum world yourself:πŸ”— bit.ly/46UjKOL #QuantumPhysics #QED #Feynman #QuantumComputing #BlueQubit #PhysicsHistory
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πŸš€ GPU vs CPU for Quantum Simulation ⚑ CPU β†’ small circuits, debugging ⚑ GPU β†’ 20–40 qubits , fast for VQE & QFT We solved setup friction β€” run on real GPU hardware πŸ‘‰ bit.ly/46UjKOL #QuantumComputing #GPU #QFT #BlueQubit #QuantumResearch #VQE
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πŸš€ One of the biggest challenges in quantum computing isn't the algorithm. It's fitting enough error-corrected qubits onto real hardware. New work from @GoogleQuantumAI introduces a denser planar surface code with: πŸ“ˆ Up to 4.5Γ— higher encoding density πŸ”§ New twist-defect architectures ⚑ 36Γ— lower qubit requirements for key chemistry workloads πŸ§ͺ FeMoco simulations with just 89k physical qubits A fascinating look at the future of fault-tolerant quantum computing. πŸ“„ Read the paper: arxiv.org/pdf/2605.30455 #QuantumComputing #QuantumErrorCorrection #FaultTolerance #QubitScript
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πŸ“‘βš›οΈ 1948: Shannon changes the game. Information theory wasn't created for quantum physics. But it became the foundation for: πŸ’‘ Qubits πŸ”— Entanglement πŸ›‘οΈ Quantum error correction Quantum computing emerged when physicists began to view reality as information. πŸ’­ The math is over 75 years old. The hardware is brand new. πŸš€ Explore quantum systems: πŸ”— bit.ly/46UjKOL #QuantumComputing #ClaudeShannon #QuantumInformation #BlueQubit #PhysicsHistory
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πŸ’‘ BlueQubit Subscriptions - Free β†’ 34-qubit simulator, perfect for exploring circuits & VQE - Standard $20 β†’ Mid-scale GPU, deeper algorithms - Premium $100 β†’ Hundreds of qubits, advanced optimization & priority support πŸ‘‰ Start free today β†’bit.ly/4fdgUZj #QuantumComputing #BlueQubit #QuantumSimulators #TechInnovation #QFT #VQE
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Measure one, instantly know the other.🀑 Einstein called this β€œspooky action at a distance.” Today, we call it quantum entanglement, one of the strangest and most powerful ideas behind quantum computing. Two qubits. One shared state. Endless possibilities. βš™οΈExplore more quantum concepts with BlueQubit: bit.ly/46UjKOL #QuantumComputing #Qubits #QuantumEntanglement #BlueQubit
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βš›οΈ New release: Quantum Error Correction and Fault Tolerance - A Comprehensive Tutorial The paper covers: πŸ”Ή Stabilizer codes πŸ”Ή Surface codes cover πŸ”Ή Decoding methods πŸ”Ή Fault tolerance πŸ”Ή qLDPC & bosonic codes A strong resource for anyone learning modern QEC. πŸ“– arxiv.org/pdf/2605.29137 #QuantumComputing #QEC #QuantumErrorCorrection
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πŸŒ€βš›οΈ 1948–1950: Feynman changes the rules A particle doesn’t follow one path. It follows every possible path simultaneously. Nature combines all possibilities β€” and reality emerges. 🌌Feynman’s Path Integrals now power modern physics. πŸš€ Explore quantum systems: πŸ”— app.bluequbit.io #QuantumPhysics #Feynman #QuantumComputing #BlueQubit #Physics
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βš›οΈ Explore our 5 free quantum tutorials on BlueQubit πŸ”Ή Build real circuits, run simulations, and experiment with Qiskit & PennyLane. πŸ‘‰bit.ly/4l6MvwP #QuantumComputing #BlueQubit #Qiskit #QuantumAlgorithms
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πŸ’» 3 Simulators Β· 3 Use Cases ⚑ GPU – fastest, VQE & large circuits ⚑ CPU – up to 34 qubits, best for debugging ⚑ MPS – 1000 qubits, quantum chemistry & QAOA Pick the right backend for your circuit and run instantlyπŸš€ πŸ‘‰ app.bluequbit.io #QuantumComputing #BlueQubit #QuantumSimulators #QAOA #TechInnovation
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🧠 New paper: Exponential sample-complexity advantage for coherent quantum inference. Instead of converting quantum data into classical outputs: πŸ”Ή preserve coherence πŸ”Ή use fewer samples πŸ”Ή achieve exponential advantages Quantum purity amplification reaches error Ξ΅ with O(1/Ξ΅) copies vs Ξ©(d/Ξ΅) for incoherent methods βš›οΈ πŸ‘‰ Read: arxiv.org/pdf/2605.21457 #QubitScript #QuantumComputing #QuantumLearning
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πŸŽ―βš›οΈ 1952: Bohm challenges quantum randomness What if particles aren't random at all? Bohm proposed hidden variables and a pilot wave guiding quantum behavior. Maybe uncertainty isn't fundamental. Maybe we can't see the full picture. 🌌 πŸš€ Explore quantum systems: πŸ”— bit.ly/46UjKOL #QuantumPhysics #Bohm #QuantumComputing #BlueQubit #Physics
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βš›οΈ Scale your quantum workloads with confidence. Run everything in one place: πŸ”Ή High-performance simulators πŸ”Ή Quantum hardware access πŸ”Ή Hybrid environments πŸ”Ή Flexible compute resources From first experiments to advanced research. πŸ‘‰ Get started: bluequbit.io/pricing?utm_sou… #QuantumComputing #BlueQubit #Qiskit #QuantumAI
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🧩 New paper: Concatenating Algebraic Codes over High-Rate Quantum LDPC Codes @IBM Quantum researchers explore quantum Reed-Solomon outer codes, Galois qudits, and list decoding to reduce QEC memory overhead.βš›οΈ πŸ‘‰ Read: arxiv.org/pdf/2605.21898 #QubitScript #QuantumComputing #QEC
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πŸš€ Start free. Scale when you're ready. BlueQubit grows from experimentation to real QPUs and team-scale workflows. πŸ”Ή Shared team environments πŸ”Ή GPU resources πŸ”Ή Hybrid notebooks πŸ”Ή Research collaboration πŸ”Ή Enterprise-scale infrastructure Build, collaborate, and scale. πŸ‘‰ app.bluequbit.io #QuantumComputing #BlueQubit #Qiskit #QuantumAI
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BlueQubit AI is live.βš›οΈ A quantum-native assistant for: β†’ Code generation β†’ Backend selection β†’ Instant execution All in one place. πŸ“• Read: bluequbit.io/blog/bluequbit-… πŸ–²οΈTry: app.bluequbit.io/?utm_source…
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