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Technical report analyzes reliability and validation of a cryogenic module for quantum computing, suggesting industrial applicability.
This technical report establishes the industrial reliability and validation framework for the HTS Altea-Garay Cryogenic Module V2.1. The analysis focuses on the implementation of a multi-layer magnetic shielding architecture under a 40% Industrial Degradation Factor (IDF) to account for real-world mechanical stress. Key innovations detailed include the "Magnetic Labyrinth" geometry governed by the Triple Shield Rule and a hybrid Feedforward/Feedback control system integrated with a Digital Twin spectral signature. Stress-test results demonstrate passive stability up to 5.0 mT and a definitive system rupture point at 9.2 mT. This work provides the foundational infrastructure for scalable and mobile quantum computing in high-interference industrial environments. Related to USPTO Provisional Patent Application No. 63/914,860.
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Gustavo Enrique Garay (2026) studied this question.
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