A monolithic multi-plane light conversion device fabricated in fused silica glass via direct laser writing enables compact processing of scalar and vectorial structured light including mode conversions and skyrmion transformations.
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High-dimensional one-sided device-independent QKD protocols using quantum steering achieve higher noise and loss tolerance with increasing dimension, demonstrated experimentally up to d=11.
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Volumetric Processing of Structured Light Integrated in Glass
A monolithic multi-plane light conversion device fabricated in fused silica glass via direct laser writing enables compact processing of scalar and vectorial structured light including mode conversions and skyrmion transformations.
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Robust One-Sided Device-Independent Quantum Key Distribution via High-Dimensional Steering
High-dimensional one-sided device-independent QKD protocols using quantum steering achieve higher noise and loss tolerance with increasing dimension, demonstrated experimentally up to d=11.