Robert W Corrigan

Title: The Innovative Contributions of Robert W. Corrigan

Introduction: Robert W. Corrigan, based in Sisters, Oregon, is a notable inventor recognized for his contributions in the field of optical technology. With a portfolio of five patents, Corrigan has established himself as a key player in advancing innovations related to wavelength division multiplexing and light modulation.

Latest Patents: Among Corrigan's latest inventions are two significant patents. The first is a **Two-stage Gain Equalizer**, designed to adjust the power levels of component signals within a wavelength division multiplexed signal. This apparatus features a first filter that applies a static attenuation profile to modulate the component signals, resulting in coarsely modulated signals. This is followed by a second filter that further modulates the signals based on a dynamic attenuation profile, yielding finely modulated signals. The second innovation, the **Chirped Optical MEM Device**, is a light modulator comprising a series of ribbons separated by gaps. These ribbons are grouped together to form pixels that can process multiple wavelengths. The pixel arrangement is engineered to adapt the spacing and widths of ribbons and gaps, normalizing polarization-dependent loss and first-order diffraction angles to improve performance.

Career Highlights: As an inventor at Silicon Light Machines Corporation, Robert W. Corrigan has played a crucial role in the development of innovative optical technologies. His patents highlight his expertise and commitment to enhancing the capabilities of optical devices, bringing new solutions to industry challenges.

Collaborations: Corrigan has collaborated with talented individuals such as Dinesh Maheshwari and Paul A. Alioshin, contributing to a dynamic team environment that fosters innovation. Their collective efforts have been instrumental in pushing the boundaries of optical research and development.

Conclusion: Robert W. Corrigan's contributions to the field of optics demonstrate his significant impact on innovation and technology. Through his patents and collaborations, he continues to shape the future of optical devices, ensuring advancements are made in wavelength division multiplexing and light modulation. His work at Silicon Light Machines Corporation underscores the importance of teamwork and creativity in driving technological progress.