Elaine Rhoades

Title: **Elaine Rhoades: Innovating Radiation Detection Technology**

Introduction

Elaine Rhoades is a notable inventor based in Albuquerque, NM, recognized for her significant contributions to the field of radiation detection technology. With a patent to her name, her work reflects innovation and dedication to advancing scientific understanding and practical applications in this crucial area.

Latest Patents

Elaine holds a patent for a semiconductor work function reference circuit designed for radiation detection. This invention features a detector capable of outputting signals related to interactions with subatomic particles. The creation consists of a sensor that includes a Schottky diode formed by a first semiconductor material in contact with a metal, creating a junction.

The sensor is specifically engineered to be exposed to subatomic particles, complemented by a voltage reference member that generates a reference measurement. Combined, the sensor and reference member establish a bandgap reference circuit, providing a novel method for detecting subatomic particles.

Career Highlights

Elaine Rhoades currently works at Georgia Tech Research Corporation, where she continues to explore and develop innovative solutions in her field. Her dedication to research and application of her knowledge has enabled significant advancements in semiconductor technology and radiation detection.

Collaborations

Throughout her career, Elaine has collaborated with esteemed colleagues, including Aaron S. Green and William D. Hunt. These partnerships highlight the collaborative spirit in research environments, where diverse expertise contributes to groundbreaking discoveries and innovations.

Conclusion

Elaine Rhoades stands out as an influential figure in the realm of inventions related to semiconductor technology and radiation detection. Her patent not only showcases her innovative spirit but also contributes to the ongoing development of technologies that enhance our understanding of subatomic interactions. With continued collaboration and research, Elaine's work will undoubtedly inspire future advancements in this fascinating field.