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Topological beam splitting with a tunable splitting ratio: application to quantum walks

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Theoretical demonstration reveals tunable splitting ratio in photonic systems, suggesting advancements in quantum walks.

Robust topological beam splitting can be achieved with a tunable splitting ratio in photonic systems.
The splitting ratio can be adjusted using resonant nanoparticles placed at various positions and sizes.
Cascading topological beam splitters enables discrete-time quantum walks, enhancing compactness and integration.
Flexibility in controlling the probability distribution of output ports improves optical quantum computing applications.

Jia et al. (2025) studied this question.

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