Polarisation singularities in photonic crystal waveguides: How photonic wheels stop turning when light slows down
2016
Photonic crystal waveguides can support polarisation singularities, which are predicted to be useful in future quantum information applications. For example, C-points possess local chirality, allowing spin-photon entanglement when a quantum dot is placed at its location. Photonic crystal waveguides also support slow-light modes, and we have studied the enhancement of this coupling in the slow-light regime. We have also studied the practicalities of using such C-points in real world waveguides with disorder.
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