Degree-of-polarization modulation for high-dimensional optical computing
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TL;DR - This Nature paper introduces micrometre-scale control of light’s polarization state and degree of polarization, enabling direct high-dimensional information encoding for optical computing.
- Uses phase-only spatial light modulators to engineer light statistics.
- Makes polarization state and degree spatially programmable.
- Expands optical information encoding into a high-dimensional space.
- Detailed performance results are not provided in the excerpt.
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Degree-of-polarization modulation for high-dimensional optical computing
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TL;DR - This Nature paper introduces micrometre-scale control of light’s polarization state and degree of polarization, enabling direct high-dimensional information encoding for optical computing.
- Uses phase-only spatial light modulators to engineer light statistics.
- Makes polarization state and degree spatially programmable.
- Expands optical information encoding into a high-dimensional space.
- Detailed performance results are not provided in the excerpt.