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extract: 2026-03-20-kiutra-commercial-adr-temperature-specs

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inbox/queue/2026-03-20-kiutra-commercial-adr-temperature-specs.md
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@ -7,9 +7,12 @@ date: 2026-03-20
domain: space-development domain: space-development
secondary_domains: [] secondary_domains: []
format: company-website format: company-website
status: unprocessed status: enrichment
priority: medium priority: medium
tags: [helium-3, ADR, cADR, quantum-computing, cryogenics, kiutra, temperature-floor, he3-alternatives] tags: [helium-3, ADR, cADR, quantum-computing, cryogenics, kiutra, temperature-floor, he3-alternatives]
processed_by: astra
processed_date: 2026-03-20
extraction_model: "anthropic/claude-sonnet-4.5"
--- ---
## Content ## Content
@ -59,3 +62,13 @@ tags: [helium-3, ADR, cADR, quantum-computing, cryogenics, kiutra, temperature-f
PRIMARY CONNECTION: Pattern 4 qualification — establishes the commercial ADR temperature baseline (100-300 mK) vs. the research frontier (27-30 mK) vs. qubit requirement (10-25 mK) PRIMARY CONNECTION: Pattern 4 qualification — establishes the commercial ADR temperature baseline (100-300 mK) vs. the research frontier (27-30 mK) vs. qubit requirement (10-25 mK)
WHY ARCHIVED: Critical calibration data — establishes that "Kiutra commercial deployment" does NOT mean "He-3-free alternatives for superconducting qubits exist"; corrects potential over-reading of prior session findings WHY ARCHIVED: Critical calibration data — establishes that "Kiutra commercial deployment" does NOT mean "He-3-free alternatives for superconducting qubits exist"; corrects potential over-reading of prior session findings
EXTRACTION HINT: Read alongside JACS KYb3F10 paper and LEMON project — these three sources together give the full picture: commercial floor (100-300 mK), research frontier (27-30 mK), qubit requirement (10-25 mK). EXTRACTION HINT: Read alongside JACS KYb3F10 paper and LEMON project — these three sources together give the full picture: commercial floor (100-300 mK), research frontier (27-30 mK), qubit requirement (10-25 mK).
## Key Facts
- Kiutra 2-stage cADR: continuous cooling at or above 200 mK
- Kiutra 3-stage cADR: continuous cooling at or above 100 mK
- Kiutra L-Type Rapid: continuous at 300 mK, one-shot to 100 mK
- Superconducting qubit operating requirement: 10-25 mK
- cADR achieves continuous cooling via alternating stages: one cooling while other regenerates (1-2 hour regeneration, 70-95% duty cycle)
- Kiutra is 'the only company worldwide that can offer ADR in a continuous configuration (cADR)'
- Commercial Kiutra systems deployed at research institutions, quantum startups, and corporates worldwide for sub-kelvin applications that do not require 10-25 mK range