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AssigneeMolecular OptoElectronics Corporation
InventorsKevin J. McCallion, Brian L. Lawrence, Gregory A. Wagoner, Paul R. Quantock, John L. Schulze
Estimating the term…
A method in which a separate preformed optical material is suitably sized for easy handling, manipulation, and fabrication into a waveguide having a core (formed from the optical material) having transverse cross-sectional dimensions on the order of only tens of microns. The method may include a plurality of mechanical steps, e.g., lapping, polishing, and/or dicing, and bonding steps, e.g., attaching with adhesives. In one embodiment, the method includes the steps of providing an optical material, thinning and polishing the optical material to form a core comprising a plurality of longitudinally extending surfaces, providing a plurality of support substrates, and attaching the plurality of support substrates to the longitudinally extending surfaces of the core. The plurality of support substrates may be attached to the plurality of longitudinally extending surfaces of the optical material with an adhesive. The optical material may include a high refractive index, and the plurality of support substrates and/or the adhesive may include a low refractive index.
A method for forming an optical waveguide, said method comprising:
A method for forming an optical waveguide, said method comprising:
A method for forming a plurality of waveguide, said method comprising:
A method for forming an optical waveguide, said method comprising:
A method for forming an optical waveguide, said method comprising:
A method for forming an adhesively attached assembly for use in forming an optical waveguide, said method comprising:
An optical waveguide comprising:
The optical waveguide of claim 66 wherein said optical material comprises phosphate glass.
An assembly for use in forming a plurality of optical wavegiudes, said assembly comprising:
Dependencies are inferred from the claim text.