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Quantum Hardware
Next-gen superconducting qubit systems with industry-leading error rates. Our 1,200+ qubit fault-tolerant architecture leads the market.
Technical Specs →Engineering the Future of Computation
Pioneering quantum technologies that redefine classical limits with scalable architectures, error-corrected qubits, and hybrid classical-quantum systems.
Explore Research BreakthroughsQuantum Core Technologies
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Quantum Software
Advanced quantum-classical hybrid compilers. Our QCI-Optima platform delivers 40% better gate optimization than standard implementations.
Compiler Suite →🧠
AI-Driven Solutions
Machine learning enhanced quantum circuit design. Our ML-based noise mitigation reduces error rates by 75% in production environments.
ML Integration →Quantum Computing Platforms
Superconducting Qubits
Our 1.2GHz transmon architecture with 89% gate fidelity achieves industry-leading scalability for practical quantum applications.
- ❄️ Cryogenic infrastructure optimized for >10,000 qubits
- ✅ 99.9995% error correction
- ⚡ 0.3mK dilution cooling
Trapped Ion Systems
High-fidelity (99.9999%) quantum computing with ytterbium ion qubits offering exceptional coherence times.
- 🔬 Precision optical trapping
- 📊 10ms coherence
- 🔄 All-to-all connectivity
Quantum-Classic Integration
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Hybrid Workflows
Quantum-classical co-processing with dynamic workload distribution. Our HPC integration scales from 500 to 100,000 cores.
Technical Architecture →📊
Quantum Cloud API
Secure cloud access to quantum processors with our 99.999% uptime SLA. Available on AWS, Azure, and Google Cloud.
Developer Portal →🛠
Integration SDKs
Native Python and C++ SDKs with full API access. Our toolchain supports Jupyter notebooks and VS Code plugins.
Download SDKs →Quantum Research Highlights
Error-Corrected Qubits
Breakthrough in surface code implementation reduces logical error rates by 99.98% compared to physical qubits.
- ✅ 0.1% gate error rate
- 🔒 Surface code threshold achieved
- 📈 1000+ qubit logical states
Quantum Machine Learning
New hybrid algorithms achieve 23% faster convergence for complex optimization problems.
- 🧠 Quantum neural networks
- 📈 200+ qubit ML models
- 🔥 80% parameter optimization
Academic & Industrial Collaborations
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MIT
Joint Research Lab
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NASA
Quantum Propulsion Research
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ETH Zurich
Quantum Materials
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IBM
Quantum Cloud