{"filing":{"accession_number":"0001907982-26-000123","cik":"0001907982","ticker":"QBTS","company_name":"D-Wave Quantum Inc.","form":"8-K","filing_date":"2026-08-05","report_date":"2026-08-05","primary_document":"qbts-20260805.htm","primary_document_url":"https://www.sec.gov/Archives/edgar/data/1907982/000190798226000123/qbts-20260805.htm"},"events":[{"id":25292,"run_id":22950,"accession_number":"0001907982-26-000123","anchor_item_number":"7.01","event_type":"operational_other","event_domain":"operational","is_material":true,"confidence":0.72,"summary":"D-Wave announced a major research breakthrough in quantum error correction published in Nature, demonstrating a 99.9% fidelity two-qubit entangling gate that advances its path to practical, fault-tolerant gate-model quantum computing. This is a material operational/strategic milestone for a quantum computing company—it validates core architectural principles and supports the company's 2032 roadmap for a 100-logical-qubit system. While not fitting the specific operational categories (contract, partnership, product launch, or restructuring), this scientific validation of a fundamental technology is clearly operational and strategic in nature, making it material to investors assessing D-Wave's competitive position and technical feasibility of its commercialization roadmap.","company_name":"D-Wave Quantum Inc.","ticker":"QBTS","filing_date":"2026-08-05","form":"8-K","submitted_at":null,"items":[{"id":26078,"accession_number":"0001907982-26-000123","item_number":"7.01","item_title":"Regulation FD Disclosure.","event_type":"operational_other","event_domain":"operational","is_material":true,"confidence":0.72,"reasoning":"D-Wave announced a major research breakthrough in quantum error correction published in Nature, demonstrating a 99.9% fidelity two-qubit entangling gate that advances its path to practical, fault-tolerant gate-model quantum computing. This is a material operational/strategic milestone for a quantum computing company—it validates core architectural principles and supports the company's 2032 roadmap for a 100-logical-qubit system. While not fitting the specific operational categories (contract, partnership, product launch, or restructuring), this scientific validation of a fundamental technology is clearly operational and strategic in nature, making it material to investors assessing D-Wave's competitive position and technical feasibility of its commercialization roadmap.","classifier_version":"claude-haiku-4-5-20251001+prompt-a85dd512","taxonomy_version":"v1.3","classified_at":"2026-08-08T02:26:23.375024+00:00","company_name":"","ticker":null,"filing_date":""}]}],"classifications":[{"id":26078,"accession_number":"0001907982-26-000123","item_number":"7.01","item_title":"Regulation FD Disclosure.","event_type":"operational_other","event_domain":"operational","is_material":true,"confidence":0.72,"reasoning":"D-Wave announced a major research breakthrough in quantum error correction published in Nature, demonstrating a 99.9% fidelity two-qubit entangling gate that advances its path to practical, fault-tolerant gate-model quantum computing. This is a material operational/strategic milestone for a quantum computing company—it validates core architectural principles and supports the company's 2032 roadmap for a 100-logical-qubit system. While not fitting the specific operational categories (contract, partnership, product launch, or restructuring), this scientific validation of a fundamental technology is clearly operational and strategic in nature, making it material to investors assessing D-Wave's competitive position and technical feasibility of its commercialization roadmap.","classifier_version":"claude-haiku-4-5-20251001+prompt-a85dd512","taxonomy_version":"v1.3","classified_at":"2026-08-08T02:26:23.375024+00:00","company_name":"D-Wave Quantum Inc.","ticker":"QBTS","filing_date":"2026-08-05"}]}