A promising route towards larger quantum computers is to orchestrate multiple task-optimised smaller systems. To dynamically connect and entangle any two systems, photonic interference emerges as a powerful method, due to its compatibility with on-chip devices and long-distance propagation in quantum networks. One of the main obstacles towards the commercialization of quantum photonics rem
Monday, December 6, 2021
Quantum computers getting connected
Stuttgart, Germany (SPX) Dec 01, 2021
A promising route towards larger quantum computers is to orchestrate multiple task-optimised smaller systems. To dynamically connect and entangle any two systems, photonic interference emerges as a powerful method, due to its compatibility with on-chip devices and long-distance propagation in quantum networks. One of the main obstacles towards the commercialization of quantum photonics rem
A promising route towards larger quantum computers is to orchestrate multiple task-optimised smaller systems. To dynamically connect and entangle any two systems, photonic interference emerges as a powerful method, due to its compatibility with on-chip devices and long-distance propagation in quantum networks. One of the main obstacles towards the commercialization of quantum photonics rem
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