Company Filing History:
Years Active: 2001-2007
Title: The Innovative Contributions of Deborah M. Mechtel
Introduction: Deborah M. Mechtel is a distinguished inventor based in Columbia, MD, whose innovative work has significantly contributed to the field of electro-optic polymers. With two patents to her name, she has pioneered technologies that enhance both the functionality and efficiency of multi-chip modules and optical materials.
Latest Patents: Mechtel's two notable patents include:
1. **Transitions in refractive index using electro-optic polymers** - This invention provides a method to control the index of refraction in doped and/or 'doped-and-poled' electro-optic polymers, allowing for gradual transitions between different refractive indices. Such technology is crucial for applications like lightguide-to-fiber transitions, offering multiple methods for achieving this gradual change.
2. **Multi-chip module testability using poled-polymer interlayer dielectrics** - This patent introduces a novel technique for improving the testability of multi-chip modules (MCMs) by using a non-invasive, laser-based instrument to detect electric field strength within MCM structures. This breakthrough facilitates the probing of circuit element characteristics and assesses the efficacy of polyimide as both a dielectric layer and an electro-optic material.
Career Highlights: Deborah M. Mechtel has made remarkable strides throughout her career, notably in her role at The Johns Hopkins University. Her research and innovations have not only advanced academic understanding but have also aimed at real-world applications benefiting various technologies.
Collaborations: Throughout her work, Mechtel has collaborated with esteemed colleagues including Harry K. Charles, Jr. and A. Shaun Francomacaro. Their joint efforts exemplify the collaborative spirit essential for pioneering advancements in the field of electro-optics.
Conclusion: As an accomplished inventor, Deborah M. Mechtel continues to influence the landscape of electro-optic technologies with her innovative patents and collaborative research endeavors. Her contributions at The Johns Hopkins University underscore the vital role that inventors like her play in advancing technology and enhancing practical applications in the field.