Optics
In the broadest sense, "optics" pertains to the production, manipulation, transmission and detection of photons. Its significance as an enabling technology for a wide variety of applications cannot be understated. Optics is multidisciplinary, encompassing sub fields such as classical optics, free-space optics, guided optics, integrated optics, quantum optics, optoelectronics, electro-optics, optomechanics and others. Members of the firm have prepared and filed many patent applications in the field of optics. A few representative patents are shown below.
Free-space Optics: This typically refers to the transmission of modulated visible or infrared beams through air or space from source to destination. Free-space optics is distinguished from guided optics, wherein waveguides are used as a transmission medium. Click on a link below to see our work in this area:
USP 6,128,133 USP 5,956,356 USP 5,943,454 USP 5,925,876
Guided Optics: This field of optics involves the transmission of light through a waveguide. Click on a link below to see our work in this area:
USP 6,567,446 USP 6,310,902 USP 6,282,356 USP 5,396,507
Integrated Optics: This generally refers to "circuits" that comprise several miniature optical components that are located on a common substrate. Click on a link below to see our work in this area:
USP 6,271,943 USP 5,949,561 USP 5,784,187 USP 5,767,997
Electro-optics: This term refers to optical devices that have a significant reliance on electronic effects, such as lasers and electro-optical modulators. Click on a link below to see our work in this area: