Abstract
Three-dimensional optical connectors for connecting planar waveguides made of silicon are created via direct laser writing. The morphology and optical properties of the resulting structures are compared. Hybrid three-dimensional optical connectors can be used to transmit the light from effective sources of single photons based on colloidal quantum dots and substituted nitrogen and silicon vacancies (NV and Si centers) in diamond, which can be incorporated into a polymer printed wiring board during its manufacture, to planar waveguides for subsequent use in photonic integrated circuits.
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