Laurier-Station, Canada

Guillaume St-Onge



 

Average Co-Inventor Count = 6.0

ph-index = 1


Company Filing History:


Years Active: 2019

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1 patent (USPTO):Explore Patents

Title: The Innovative Genius of Guillaume St-Onge

Introduction

Guillaume St-Onge, based in Laurier-Station, Canada, is an accomplished inventor whose work primarily revolves around the development of hybrid nanocomposite materials. His contributions to the field of volumetric image projection mark significant advancements in both entertainment and medical imaging.

Latest Patents

Guillaume St-Onge holds a patent for "Hybrid nanocomposite materials, laser scanning system and use thereof in volumetric image projection." This invention focuses on hybrid nanocomposite materials used in 3D imaging applications. The patent describes a binary hybrid projection matrix that incorporates at least two types of (nano)particles and/or different molecules, such as quantum dots, metal nanoparticles, and carbon nanotubes. This innovative matrix enhances the properties of volumetric projections and allows for reduced laser power while maintaining equivalent brightness to traditional matrices.

Career Highlights

Guillaume St-Onge collaborates with Lux Image Inc., where he utilizes his expertise in hybrid nanocomposite materials to innovate in the field of volumetric image projection. His groundbreaking patent enhances the technology used in visual displays, paving the way for improved imaging techniques in various applications.

Collaborations

While at Lux Image Inc., Guillaume works closely with colleagues Claudine Allen and Simon Thibault. These collaborations contribute to developing cutting-edge solutions in 3D imaging, further solidifying the company’s reputation as a leader in visual technologies.

Conclusion

Guillaume St-Onge's innovative work with hybrid nanocomposite materials exemplifies the potential of modern inventions to transform industries such as entertainment and healthcare. His patent signifies not just a personal achievement but also a step forward in improving volumetric projection techniques, showcasing his vital contribution to the field of imaging technology.

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