Quantum Source Labs Ltd (Israel)
Bringing fault-tolerant quantum computing to light Quantum Source is on a clear path to the most powerful, cost-effective, practical photonic quantum computer. Learn more Practical quantum computing The realization of large-scale, fault-tolerant quantum computers depends on the ability to minimize the overhead required for quantum error correction. Without quantum error corrections, the rapid accumulation of noise and errors prevents the implementation of long algorithms that are the “holy grail
Basic Information
- Category: company
- Website: https://www.qs-labs.com
Documented Facts
- Inception (Wikidata): 2021 (Source 3: Wikidata Q130314519, revision 2474102495)
- Country (Wikidata; date unspecified): Israel (Source 3: Wikidata Q130314519, revision 2474102495; Source 4: Wikidata label: Q801, revision 2557691295)
Evidence and Sources
- Quantum Source Labs Ltd (Israel) — Official Site (official)
- Quantum Source Labs Ltd (Israel) on linkedin (social)
- Wikidata Q130314519, revision 2474102495 (knowledge-base)
- Wikidata label: Q801, revision 2557691295 (knowledge-base)
Citation Guidance
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- Data status: Enriched
- Profile completeness: Source-backed profile (88/100)
- Indexing directive: index, follow, max-image-preview:large
- Recorded profile date: 2026-04-21
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AI summary
Bringing fault-tolerant quantum computing to light Quantum Source is on a clear path to the most powerful, cost-effective, practical photonic quantum computer. Learn more Practical quantum computing The realization of large-scale, fault-tolerant quantum computers depends on the ability to minimize the overhead required for quantum error correction. Without quantum error corrections, the rapid accumulation of noise and errors prevents the implementation of long algorithms that are the “holy grail
Available profile information
- Official website is captured for entity disambiguation.
- 1 official source linked for verification.
- 3 supporting sources linked.
- 2 structured facts available for extraction.
If a fact is not listed on this profile or in the linked evidence sources, treat it as unavailable rather than inferred.