SUPER INTELLIGENCE (SI)
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MEDICAL SOLUTIONS THAT ARE INCREDIBLE
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THE FUTURE IS NOW 💫
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DATA CENTERS ARE PHYSICAL NODES IN A LARGER CONSCIOUSNESS/INTELLIGENCE NETWORK
#QuantumComputing
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SURYAAN GROUP OF INDUSTRIES PVT LTD@suryaangroupA qubit isn’t just 0 or 1. It’s a point on a sphere 🌐 |0⟩ at the North Pole, |1⟩ at the South Pole, superposition on the equator. Gates? Just rotations. That’s the Bloch Sphere, explained in 60 sec 👇 #QuantumComputing #Qubit #BlochSphere @SuryaanGroup0004
SUPER INTELLIGENCE (SI) 💥💥💥💥💥💥💥💥💥💥 MEDICAL SOLUTIONS THAT ARE INCREDIBLE • THE FUTURE IS NOW 💫 • DATA CENTERS ARE PHYSICAL NODES IN A LARGER CONSCIOUSNESS/INTELLIGENCE NETWORK #QuantumComputing ⚡️✨FREE ENERGY ✨⚡️9521614.2K
NVIDIA just used 8,192 GPUs on a supercomputer to simulate a 104-qubit quantum computer that hasn't been built yet. I can't even simulate a calm Monday morning. 😅 #QuantumComputing #Quantum00018
Join D-Wave on October 28 in Seoul for Qubits Asia 2026: Quantum Realized, a full day of customer insights, research and real-world applications. Hear directly from organizations addressing complex challenges today with quantum computing. Agenda highlights include: 🔹 NTT DOCOMO’s production applications for network optimization 🔹 LG CNS’s work on quantum-enhanced 3D CT imaging for manufacturing inspections 🔹 Research exploring quantum annealing for generative AI and semiconductor manufacturing 🔹 Quantum-powered optimization of operations at Busan Port D-Wave CEO Dr. @Alan_Baratz and Chief Development Officer Dr. Trevor Lanting will also share the latest on D-Wave’s annealing and gate-model quantum computing technology and commercial applications. Connect with customers, researchers, and industry leaders, and explore what quantum computing could mean for your organization. Register: #QubitsAsia #QuantumComputing #QuantumAI #SeoulTech
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Could quantum computers help create stronger, lighter and more flexible materials? By simulating how atoms and molecules interact, quantum algorithms could help scientists design materials of the future. #QuantumComputing #MaterialsScience00015
Quantum Reports MDPI@QMdpi📄 Ancilla-Shared Time Multiplexing of Three FCC Sheet Codes: A One-Third Qubit Saving at a 1.3× Threshold Cost ✍️ Raghu Kulkarni 📚 #QuantumComputing #QuantumErrorCorrection #QuantumEngineering #QubitOptimization #QuantumTechnology
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Quantum computers make mistakes. Correcting them takes extra hardware and time, so improving accuracy could make useful calculations cheaper. @QuantinuumQC explains why this matters as the industry works towards practical applications. #QuantumComputing #eu #TechQuantinuum @QuantinuumQCAs we approach the era of fault-tolerant quantum computing, time to solution is paramount. What matters most is a system's ability to solve commercially relevant problems within a practical timeframe and at an acceptable cost. Fidelity is the foundation for improving that time to solution. Errors increase the protection, repetitions, and overhead needed to reach a reliable answer. Higher fidelity reduces that burden, translating into faster solutions. Harry Buhrman, Quantinuum’s Chief Scientist, explores why fidelity comes first in the quantum race. Read his latest thinking here:00118
As we approach the era of fault-tolerant quantum computing, time to solution is paramount. What matters most is a system's ability to solve commercially relevant problems within a practical timeframe and at an acceptable cost. Fidelity is the foundation for improving that time to solution. Errors increase the protection, repetitions, and overhead needed to reach a reliable answer. Higher fidelity reduces that burden, translating into faster solutions. Harry Buhrman, Quantinuum’s Chief Scientist, explores why fidelity comes first in the quantum race. Read his latest thinking here:
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Qubit Pharmaceuticals@qubit_pharmaNew #quantumcomputing preprint. Qubit counts compression & shorter circuits: scalable and accurate quantum-classical framework for quantum chemistry with VULCAN-VQE !!! Check it out 🚀🚀🚀Jean-Philip Piquemal @jppiquemThrilled to share our new #compchem preprint, introducing VULCAN: a hybrid quantum-classical framework that overcomes Variational Quantum Eigensolver (VQE) scalability bottlenecks in quantum chemistry. By combining layered ansatz growth, overlap-guided compression, and a GPU-accelerated perturbation correction, our method completely eliminates Hamiltonian gradient measurements. VULCAN can simultaneously reduce qubit counts and circuit depth while achieving chemical accuracy at just 5-20% of the measurement cost of batched ADAPT-VQE, paving a highly scalable pathway for near-term quantum computing for quantum chemistry. Great work by Hugo D. Nogueira and team. @qubit_pharma026229
Thrilled to share our new #compchem preprint, introducing VULCAN: a hybrid quantum-classical framework that overcomes Variational Quantum Eigensolver (VQE) scalability bottlenecks in quantum chemistry. By combining layered ansatz growth, overlap-guided compression, and a GPU-accelerated perturbation correction, our method completely eliminates Hamiltonian gradient measurements. VULCAN can simultaneously reduce qubit counts and circuit depth while achieving chemical accuracy at just 5-20% of the measurement cost of batched ADAPT-VQE, paving a highly scalable pathway for near-term quantum computing for quantum chemistry. Great work by Hugo D. Nogueira and team. @qubit_pharma
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Quickly Quantum@QuicklyQuantumQuantum industry asks Congress for backing 🎧 Full episode: #quantum #quantumcomputing0005
Real quantum jobs deserve a rewind button. Qly keeps your runs across providers. Reload a past job's QASM and results in one click, tweak the circuit, then resubmit. #QuantumComputing #QuantumDev #QuantumCloud #QASM #IBMQuantum #BuildInPublic00015
Zapata Quantum@Zapata_Quantum@skapur1424@skapur1424 and Jhonathan Romero Fontalvo host a roundtable at AIDDD Boston on Thursday for pharma & biotech leaders on a trending topic: Which quantum applications matter for drug discovery, and when? No quantum background is required. #QuantumComputing
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Christina Ayiotis, Esq., CRM, CIPP/E, AIGP@christinayiotis“#QuantumComputing could put confidential information and essential business systems at risk. As regulators urge companies to prepare, how can legal teams help boards understand the threat and plan their response?”010186
Bluefors@BlueFors_LtdWhat if #quantumcomputing doesn’t have to be binary? At the @UofR, Prof. Machiel Blok and his team are exploring superconducting qudits and the possibilities of higher-dimensional quantum systems. Watch the video and read more here: #CoolForProgress006367
🪱Markhor🐲@MuzafiWaseerQuantum computing should be easier to build with. @quipnetwork QVM aims to connect quantum + classical computing through one toolchain. Less friction. More possibilities.🦋 What would you optimize first? #QuipNetwork #QuantumComputing
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CTech@CalcalistechA few million in, $300M+ out: Entrée Capital's expected return on Intel's $2.3B Classiq deal. Each of the 3 founders: $80–100M. Read more: #QuantumComputing #IsraeliTech0015962
Bapuji Kanaparthi | Ideavize AI @ Huebits@HuebitsT62075🚀 Explore Quantum Algorithms & build hands-on projects with Python and Qiskit! 📅 Oct 31 | 3–4:30 PM IST 🎯 Beginner-friendly | No prior experience needed Register now: #QVertex #QuantumComputing00016
Osman Gürcan@ctrll34Quantum hardware can change between runs as calibration and noise levels shift. ⚛️ For developers, knowing when a device was calibrated is just as important as accessing it. Curious how @quipnetwork will make hardware reliability transparent. #QuipNetwork #QuantumComputing00013- Show more posts
