The article discusses a method for designing a continuous-wave laser source with a specific target output wavelength. The process involves:
1. Receiving the target output wavelength and its associated properties
2. Determining the input laser wavelength and materials for the substrate, lower cladding, photonic device layer, and upper cladding
3. Designing an optimal photonic crystal resonator (PhCR) that enables optical parametric oscillation (OPO) by satisfying phase-matching conditions
4. Designing input and output PhCR waveguide couplers to integrate with the PhCR and facilitate efficient laser energy transfer
This systematic approach allows for the design of a continuous-wave laser source with the desired output wavelength, taking into account the input laser characteristics and the materials and structures required for efficient operation and optical parametric oscillation.
Source: https://www.nist.gov/patents/continuous-wave-laser-source-and-making-continuous-wave-laser-source
Keywords: Quantum Computing and Algorithms
