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Glossary As used in this Item 1, unless the context indicates or otherwise requires, the following terms have the following meanings: “ coherence ” refers to the ability of a quantum system to maintain a well-defined phase relationship between different states in a superposition (when qubits are in multiple states at the same time). “ contextual machine learning” or “CML” refers to techniques that enable machine learning models to process large amounts of data simultaneously. “ entanglement ” refers to a fundamental phenomenon where two or more quantum bits (qubits) become interconnected and instantly correlated with the state of each other, regardless of the distance between them. This unique linkage enables quantum systems to represent and manipulate complex correlations in data. “ fault-tolerant quantum computing ” refers to quantum computing that operates reliably even in the presence of errors, provided the error rate is below a certain threshold. “ fidelity (two-qubit controlled-Z gate) ” refers to the likelihood that a gate operation between two qubits is performed correctly without introducing errors. “ inertial sensing ” refers to an approach to measuring acceleration and rotation, enabling navigation without external references. “ logical qubit ” refers to a quantum state encoded across multiple physical qubits, allowing detection and correction of errors without destroying the stored quantum information. “ modality ” refers to the specific physical approach for creating and controlling qubits in their quantum state.

Read the full filing description · filed 31 Mar 2026

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Services-Computer Processing & Data Preparation