According to a recent LinkedIn post from Qunnect, the company is emphasizing the limitations of simulations for training engineers to work with entangled photons over urban fiber networks. The post highlights that Qunnect’s ABQ-Net in Albuquerque now carries entangled photons on downtown telecom fiber, positioning it as a foundational testbed for quantum networking.
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The post suggests that as ABQ-Net expands, researchers and students at Central New Mexico Community College and The University of New Mexico could gain access to operational quantum networking hardware, including Qunnect’s Carina platform. This may help address what the company describes as a significant gap between current quantum workforce capabilities and the needs of the emerging quantum internet industry.
From an investor perspective, the focus on real-world infrastructure and workforce development indicates Qunnect is positioning itself as an enabling platform for quantum networking education and R&D. If the initiative scales with additional investment, it could strengthen Qunnect’s ecosystem role, potentially increasing customer stickiness among academic partners and improving its long-term competitive position in quantum communications.
The post also implicitly links infrastructure deployment to future job creation and talent concentration in regions where the network is built. For investors, this approach could signal a strategy to create localized quantum hubs anchored by Qunnect technology, which may translate into future demand for its hardware and services as the quantum internet market matures.