Mary Parent

Title: Inventor Spotlight: Mary Parent

Introduction

Mary Parent is an innovative inventor based in South San Francisco, California, known for her contribution to the field of optical devices. With a strong focus on developing advanced polymer solutions, she has made significant strides in creating methods that enhance the functionality and efficiency of optical elements.

Latest Patents

Mary Parent holds a patent titled "Depositing Polymer Solutions to Form Optical Devices." This patent outlines various methods for depositing polymer solutions on substrates to create optical elements. The disclosed polymer solutions consist of a specific polymer with rigid rod-like molecules designed to optimize solubility, viscosity, and cross-linking ability. Techniques such as slot die, spray, molding, and roll coating are detailed for deposition, while pre- and post-deposition methods are described to improve substrate adhesion and enhance the final optical properties. The resulting optical elements can achieve high refractive index values, making them suitable for use in LCD active panels as retarders or as high-performance light collimators and guides.

Career Highlights

Currently, Mary Parent is affiliated with Light Polymers Holding, where her expertise in polymer solutions has been pivotal in driving innovation in optical device manufacturing. Throughout her career, she has demonstrated a remarkable ability to blend chemistry and engineering, culminating in her impactful patent.

Collaborations

In her professional journey, Mary has collaborated with talented colleagues, including Irina Kasyanova and Evgeni Poliakov. Together, they contribute to the advancement of polymer technology and optical applications, fostering a collaborative environment that emphasizes innovation and creativity.

Conclusion

Mary Parent stands out as a dedicated inventor with a passion for optical device technology. Her patent and collaborative efforts within Light Polymers Holding exemplify her commitment to pushing the boundaries of innovation in the realm of polymer solutions. As technology continues to evolve, her contributions are sure to play a crucial role in shaping the future of optical applications.