Metal and dielectric nanostructure-based optical circulators and isolators to direct light through optical circuits
A key step to harnessing the potential of optical integrated circuits is developing methods to reliably transmit light while preventing unwanted reflections. This technology proposes a method to construct optical isolators, which preferentially transmit light in one direction, and optical circulators, which direct light through only one of a number of ports, using nanostructures that enable light to flow in one direction more readily than in the opposite direction.
Smaller footprint than conventional isolators and circulators that use magnetic effects to direct lasers.Broadband operationCompatible with conventional CMOS processing techniques. Effective on wavelengths ranging from just a few microns (near-infrared) to over one millimeter (radio). Patent Information:Patent Pending (US 20160195676)Tech Ventures Reference: IR CU13369
Optical isolators, modulators, and polarization rotators for transmission of light through optical circuitsDetectors and perfect absorbers for integrated photonic circuitsHighly efficient on-chip nonlinear optical components Connector components for optical telecommunicationsHeat assisted magnetic recording
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