Company Filing History:
1 out of 6 
1 out of 16 Years Active: 2005
Title: **Innovator Sylvain Cloutier: Advancing Optical Measurement Techniques**
Introduction
Sylvain Cloutier, a significant figure in the field of optical technologies, hails from Providence, Rhode Island. With a focus on enhancing measurement techniques within the optical domain, Cloutier has contributed not just to the scientific community but also to the technological advances pertinent to various industries.
Latest Patents
Cloutier holds a notable patent titled "Method for measuring polarization dependent loss and insertion loss." This innovation provides a sophisticated method for obtaining accurate measurements of polarization dependent loss and insertion loss when assessing the polarization properties of optical components. By accounting for polarization disturbances encountered between the generation of known states of polarization and the device under test, Cloutier's invention significantly improves the reliability of optical testing. The method involves calculating the transfer matrix of polarization perturbing elements, thereby compensating for errors introduced during the measurement process, all within a specified range of wavelengths.
Career Highlights
Throughout his career, Sylvain Cloutier has worked for companies such as ITF Technologies Optiques Inc. and ITF Optical Technologies Inc. His experience in these organizations has allowed him to fine-tune his skills and contribute to groundbreaking developments in optical measurements.
Collaborations
Cloutier's innovative endeavors have often been complemented by collaborations with industry professionals. Notable coworkers include Stéphane Caplette and Charles Massicotte, who have played vital roles in supporting and enhancing his work within the optical technology sector.
Conclusion
Sylvain Cloutier continues to be an influential inventor in the realm of optical technologies, with his patent serving as a vital tool for researchers and industries relying on accurate optical measurements. His work embodies a commitment to advancing measurement techniques, paving the way for future innovations in the field.