Mark L F Phillps

Title: Innovations by Inventor Mark L. F. Phillips

Introduction

Mark L. F. Phillips is an accomplished inventor based in Albuquerque, New Mexico. He holds a patent that reflects his expertise in material science and engineering. His innovative work has contributed significantly to advancements in dielectric materials.

Latest Patents

Mark Phillips is credited with one noteworthy patent titled "Low k dielectric." This invention describes a spin-on dielectric of novel composition formed as a sol that comprises a source of silicon, such as an orthosilicate ester, which may be used alone or in combination with an alkylated orthosilicate ester. The product also contains a polar solvent, water, an acid catalyst, which may include a strong acid catalyst, and an amphiphilic block copolymer surfactant. The patent further outlines methods for formulating the sol, creating a film made from the spin-on dielectric with desirable electrical and mechanical properties, along with techniques for optimizing the film's performance and depositing it onto surfaces like silicon and steel.

Career Highlights

Mark Phillips is currently associated with SBa Materials, Inc., where he has continued to develop and refine his innovative materials. His role at the company underscores his dedication to enhancing the capabilities of dielectric materials in various applications.

Collaborations

At SBa Materials, Mark collaborates with his colleague, Travis P. S. Thoms, contributing to a dynamic research environment. Their teamwork has fostered innovation aimed at solving contemporary challenges in material science, particularly in the realm of electronic devices.

Conclusion

Mark L. F. Phillips is a notable inventor in the field of material science, with a significant patent that showcases his contributions to dielectric technology. His work at SBa Materials, Inc. and collaboration with fellow researchers exemplifies the spirit of innovation that drives advancements in the industry. As new technologies emerge, inventors like Phillips play a crucial role in shaping the future of material applications.