Pasqal Reports 14% H1 2026 Revenue Growth to €4.9M, Achieves 1,024-Atom Defect-Free Registers and Superior Logical Qubit ML Performance

September 26, 2026

GlobeNewswire (via Nasdaq) France

Overview

Pasqal Holding SA announced robust financial results for H1 2026, with revenue climbing 14% YoY to €4.9 million, driven by a 34% increase in QPU-related services to €3.9 million. Operationally, Pasqal achieved significant milestones by preparing defect-free registers of 1,024 atoms, doubling prior records, and extending atom lifetimes by 40-fold. The company also successfully executed a full machine-learning application using logical qubits, outperforming physical-qubit counterparts, marking a key step towards fault-tolerant quantum computing.

In Depth

Key Findings

Pasqal Holding SA has reported strong financial performance and significant technical breakthroughs in the first half of 2026. The French quantum computing company saw its revenue increase by 14% year-over-year, reaching €4.9 million, with QPU-related services revenue growing even faster at 34% to €3.9 million. Crucially, Pasqal achieved a major operational highlight by successfully preparing defect-free registers of 1,024 atoms, effectively doubling their previous record. This achievement was accompanied by a 40-fold extension in atom lifetimes, indicating a substantial improvement in qubit coherence. Furthermore, Pasqal demonstrated the execution of a complete machine-learning application using logical qubits, which notably surpassed the performance of physical-qubit implementations.

Technical / Clinical Details

Pasqal’s advancements are rooted in its neutral-atom quantum computing platform. The ability to prepare defect-free registers of 1,024 atoms represents a significant leap in scaling quantum hardware, directly addressing one of the most critical challenges in the field. This involves precisely trapping and arranging individual atoms using highly focused lasers, which act as qubits. The 40-fold increase in atom lifetime directly translates to longer coherence times, allowing for more complex and deeper quantum circuits before decoherence sets in. The successful implementation of a machine-learning application with logical qubits is a pioneering step towards fault-tolerant quantum computing. Logical qubits, constructed from multiple physical qubits, are designed to suppress errors inherent in physical qubits, thereby improving the reliability and accuracy of quantum computations. This demonstration highlights the potential for quantum computers to achieve practical advantage in complex computational tasks like machine learning, where error rates are currently a major limiting factor.

Background & Context

The global quantum computing landscape is characterized by intense competition among different qubit modalities, including superconducting circuits, trapped ions, and neutral atoms. Pasqal’s neutral-atom approach offers a promising pathway for scalability due to the inherent uniformity and isolation of neutral atoms. The company’s recent financial results underscore a growing market demand for quantum computing services, particularly in areas where early-stage quantum solutions can offer a demonstrable advantage. The progression from physical to logical qubits is a fundamental step towards building truly useful, error-corrected quantum computers capable of tackling real-world problems. Pasqal’s over €440 million in total funding reflects investor confidence in its technology and its role in advancing Europe’s deeptech ecosystem, further validated by its Nasdaq listing and recent EIC Fund Award.

Strategic Significance & Outlook

These achievements position Pasqal as a leading innovator in the quantum computing space. The increased qubit count with extended coherence times enhances the platform’s capacity for larger simulations and more complex optimization problems. The demonstration of logical qubits in a machine-learning context not only validates Pasqal’s error mitigation strategies but also accelerates the development of algorithms for future fault-tolerant machines. This progress is vital for translating theoretical quantum advantages into practical applications across industries such as finance, logistics, energy, and materials science. Pasqal’s continued technical scaling and strong financial footing are crucial for securing its position in the competitive quantum market and driving the commercialization of quantum technologies globally, especially as the industry moves closer to the era of error-corrected quantum computers.

Source: https://www.pasqal.com/newsroom/pasqal-reports-first-half-2026-financial-results/

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