A poling-free SPDC design based on modal phase-matching via mode conversion is proposed for 4H-SiC and thin-film LiNbO3.
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A modal phase-matching scheme using TM20-to-TE00 mode conversion enables poling-free SPDC in 4H-SiC and lithium niobate on-insulator waveguides with simulated conversion efficiencies of 96-99%.
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Poling-free Spontaneous Parametric Down Conversion without for Silicon Carbide and Lithium Niobate photonics
A poling-free SPDC design based on modal phase-matching via mode conversion is proposed for 4H-SiC and thin-film LiNbO3.
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A Riemann-Hilbert correspondence for cohomology theories of closed 1-forms
A modal phase-matching scheme using TM20-to-TE00 mode conversion enables poling-free SPDC in 4H-SiC and lithium niobate on-insulator waveguides with simulated conversion efficiencies of 96-99%.