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Insider Brief
Exciting news from the world of quantum technology! Oak Ridge National Laboratory (ORNL) is breaking new ground by testing its cutting-edge Automatic Polarization Compensation (APC) on the EPB Quantum Network. This marks a monumental moment where ORNL-developed equipment is being utilized outside its research facilities.
The collaboration between ORNL, EPB, and the University of Tennessee at Chattanooga (UTC) is not just about testing technology but paving the way for the future of quantum technologies. By leveraging UTC’s connection to the quantum network, the aim is to validate the commercial viability of quantum technologies for various fields.
APCs play a crucial role in ensuring stable quantum data transmission by addressing environmental disruptions in fiber optic cables. This technology has vast applications in fields like electrical grid management, medicine, and national security.
Unlocking Quantum Potential
ORNL is testing its breakthrough Automatic Polarization Compensation (APC) on the EPB Quantum Network this month, powered by Qubitekk. Developed by Dr. Joseph Chapman, this technology is essential in conveying quantum data across networks while maintaining complexity and probabilities.
ORNL Director Stephen Streiffer emphasizes the importance of this partnership, stating that running ORNL-developed technologies on a commercially available quantum network is a crucial step towards broader usage of quantum technologies.
APCs are vital for consistent information transmission over quantum networks, mitigating data interference from environmental factors that impact fiber optic cables. ORNL’s APC uses advanced control mechanisms to ensure precise control of light polarization, enabling continuous operation without downtime.
Real-world Applications
The EPB Quantum Network in downtown Chattanooga serves as the testing ground for ORNL’s APC, with UTC’s campus connected to the network. This collaboration provides unique research and learning opportunities for both institutions.
EPB CEO David Wade highlights the importance of validating quantum technologies and engaging with local universities to drive innovation. The EPB Quantum Network has the capacity for ten interconnected user nodes, utilizing state-of-the-art commercial network equipment.
Qubitekk’s CTO Duncan Earl emphasizes the potential of quantum technologies in optimizing electrical grids, developing medicines, and enhancing national security. Real-world runs on networks like EPB’s are crucial for developing commercially viable quantum technologies.
Accelerating Quantum Technologies
The EPB Quantum Network offers a platform for public and private sector researchers to run quantum equipment and applications in a secure fiber optic environment. This integration of infrastructure and quantum equipment accelerates the development and market readiness of quantum technologies.