Being Error-aware Is Critical for Quantum Computing
Quantum Computing
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Jul 30, 2024
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QUANTUM
Stability. Repeatability. Consistency.
We invented the first Dual-Rail Qubit with built-in error detection and control flow that resets the standard on quantum performance, efficiency, and scalability. We are paving the way to a fault-tolerant, commercialized quantum computing era.
The Path to Commercial-Ready Quantum Computing Must Be Error-Aware. Results Must Be Consistent.
We’re Delivering Both.
Conventional NISQ
Detection with Erasure Qubits
Partial Error Correction
Fault-Tolerant Era
The Industry’s First Dual-Rail Qubit With Built-in Error Detection
Quantum Circuits is a full-stack system using breakthrough superconducting Dual-Rail Cavity Qubits with built-in error detection and control. It features a robust programming interface for developing new algorithms and exploring quantum in novel ways. This enables real near-term applications and a path to quantum advantage through efficient error correction.
Key Features
No other quantum company offers the combination of these three features built into the qubit and hardware levels:
Quantum Error Detection (QED)
Based on innovative superconducting hardware design:
- Built-in error detection at qubit level
- Enhances system performance through active detection, tagging and appropriate processing of the system’s dominant quantum error channels
- Unlocks a host of algorithmic development possibilities
Real-Time Control Flow (RTCF)
A toolkit to tightly couple classical-quantum programs:
- Measurement-based feedback
- Conditional branching
- Real-time qubit reset for reuse in calculation
- Arithmetic
- Dynamic gate parameterization
- Run-time looping
Error Detection Handling (EDH)
Methods to manage detected errors in real-time:
- Mid-circuit erasure detection (MCED)
- End-of-line (EOL) measurement per qubit
- Real-time Control Flow coupling
- User-controlled post-selection
Key Benefits:
Fast, High-Fidelity Algorithm Execution
Achieve high throughput with feature-rich software and hardware, reducing waiting time and increasing productivity.
Efficient Quantum-Classical Integration
Utilize unique programming with looping, branching, and classical computations for seamless integration and high fidelity.
Enhanced Algorithms With Error Detection
Incorporate error detection into quantum workflows to expand algorithm possibilities and enhance value creation.
Explore With Us
Hold a candle, and you see it clearly. Place it 100 yards away, and you see a flicker. Put it on the moon, and it vanishes from eyesight. That’s how difficult it is to detect a single error. But Quantum Circuits’ machines can still do it with precise error detection at the qubit level. We lead in delivering powerful, scalable qubits with built-in error detection.
Don’t miss the next tech wave. Quantum Circuits invites you to join our Alpha Program and execute quantum applications on our hardware with error detection. It’s a pragmatic, methodical way to accelerate your own path to commercial quantum applications. Start now.
Our Investors
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We’re solving what was once unsolvable – with higher fidelity, consistency, and reliability. Learn more about how our unique approach to trusted, error-aware quantum computing is leapfrogging the industry’s conventional techniques.
Our Dual Rails Are Like a Logical Engine – Unlike Any Qubit Out There
Quantum Computing
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Aug 19, 2024
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Why Cavities Are Great for Dual-Rail Qubits
Quantum Computing
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Aug 20, 2024
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Contact Us
The path to fault-tolerant, commercial-ready quantum computing starts now. Explore with us. Learn more about our technology, products, or customer partnership program. We look forward to meeting you.