Sqale, the Most Scalable Path to Commercial Quantum Computing
Neutral atoms are outpacing industry innovation today
Neutral Atom Quantum Computing Technology
Our neutral atom quantum computing platform enables large qubit arrays and high-fidelity gate operations, laying the foundation for scalable error correction and reliable quantum applications
- Gate Fidelity Advancement: With >99.7% entangling gate fidelity, our error-detection techniques bring us closer to a fully error-corrected system
- Error Correction Architecture: Dual-species atomic arrays and low-crosstalk measurements enable fast, precise operations for long-term quantum stability
Integrated Software Platform
Enhances and increases the performance of quantum hardware by 10x
Our combined approach to quantum hardware and software will allow us to reach the logical qubit tipping point faster than other modalities
Read our quantum computing roadmap here
Performance & Benchmarking Advantage
Infleqtion’s quantum computers leverage 2D arrays of neutral atom qubits within Infleqtion’s core vacuum cell technology, combined with a unique optical addressing scheme.
This architecture enables high-speed, scalable operations, positioning Infleqtion as a leading contender in quantum performance benchmarking, with the potential to outpace alternative approaches at scale.
High-Performance Quantum Processing Units
Infleqtion’s Quantum Processing Units (QPUs) are built for precision, scalability, and speed. Powered by advanced optical control systems and our proprietary vacuum cell technology, our QPUs deliver high-fidelity operations designed to push the limits of quantum performance.
Breakthrough in Qubit Readout: Faster, More Reliable Error Correction
Infleqtion’s Non-Destructive State-Selective Readout (NDSSR) enables multi-round error correction, paving the way for deep fault-tolerant circuits. This technique preserves qubits during computation, accelerating operations and enhancing error detection, which drives Infleqtion’s industry-leading gate fidelity of 99.73%.
Next-Generation Error Correction with Rydberg Connectivity
Infleqtion’s quantum processors leverage long-range, non-planar connectivity to implement quantum low-density parity check (qLDPC) codes, significantly improving error correction efficiency and speed over traditional surface codes used in superconducting qubits. By optimizing Rydberg interactions across multiple energy levels (n=50, 83, 90), this approach unlocks more scalable and robust quantum error correction.