Transforming Quantum
Photonic Integration
QPIC1550 stands at the forefront of a technological revolution, driving advancements in Quantum Photonic Integrated Circuits (QPICs) at the pivotal 1550 nm wavelength.
Partners of QPIC1550 Project
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Our Mission
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01
performance
QPIC1550 is setting new benchmarks in quantum technology by enhancing the operational efficiency of Quantum Photonic Integrated Circuits. This project is focused on achieving high-speed processing and superior precision in quantum communication, metrology and computing applications.
02
scalability
Central to QPIC1550’s mission is the development of scalable quantum photonic technologies that can be produced in large volumes. This ensures that the quantum advancements we are pioneering can be readily adopted and implemented across various industries and sectors.
03
manufacturability
The project emphasizes the manufacturability of its innovative quantum circuits. By refining production processes and using materials compatible with existing fabrication technologies, we aim to facilitate the easy integration of quantum components into current manufacturing systems.
Objectives of QPIC1550 Project
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The choice of 1550 nm is strategic, aligning with the standard wavelength for optical communications. This ensures compatibility with existing fibre network infrastructure, facilitating the seamless integration of quantum technologies into current systems and accelerating their adoption for real-world applications.
Transforming
Quantum
Photonic
Integration
innovation
scalability
To demonstrate a scalable manufacturing process that addresses the challenges of integration and packaging, paving the way for future pilot lines and photonics hubs.
impact
To showcase the technology’s capability in key enabling quantum technologies, illustrating its potential to significantly impact the quantum technology industry.
