Experimental study demonstrates dual polarization generation and analysis on a silicon photonic chip, suggesting expanded capabilities for optical communications and sensing.
Polarization is one of the most widely exploited degrees of freedom in photonics, yet controlling it within integrated circuits remains challenging. A reconfigurable silicon photonic circuit now combines polarization generation and analysis on a single chip, opening new opportunities for advanced communications, sensing, and optical information processing.
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Francesco Morichetti (2026) studied this question.
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