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Phylax Matrix’s breakthrough lies in treating decoherence not as a flaw to be suppressed, but as a fundamental property of quantum systems that can be harnessed for real-world applications. Extensive high-fidelity simulations have demonstrated the functionality of +50 qubit quantum processors at room temperature (300 K), overcoming the limitations of cryogenic or closed-loop designs. In the defense sector, this fundamentally shifts what is possible. Instead of fragile quantum

Urbanization is surging worldwide, posing a significant challenge to cities in managing energy, mobility, security, and sustainability at an unprecedented scale. Phylax Matrix extends quantum research beyond the lab, advancing a new model where decoherence, long seen as a barrier, is embraced as an enabling feature for robust, field-ready quantum solutions. Quantum Mechanics: From Theory to Urban Impact Our team’s experience in over 11,000 high-fidelity tests using 32 GPUs to

Phylax Matrix transforms healthcare and battlefield safety with the world’s first quantum-agentic wearable, an innovation born from our research on harnessing decoherence as a feature, not a flaw. The Phylax Quantum Watch goes beyond superficial tracking, fusing multi-domain quantum metrics and classical physiology to anticipate risk, guide intervention, and save lives, whether in a hospital or in a high-stress environment. Quantum Predictive Analytics: From Clinic to Combat