Company Filing History:
4 out of 338 
1 out of 231 
Years Active: 2023-2025
Title: Rachel A Oliver: Innovator in Semiconductor Technology
Introduction
Rachel A Oliver is a prominent inventor based in Cambridge, GB. She has made significant contributions to the field of semiconductor technology, holding a total of four patents. Her work focuses on innovative methods for etching semiconductor structures and enhancing the performance of quantum materials.
Latest Patents
One of her latest patents is a method for electrochemically etching a semiconductor structure. This method involves a semiconductor structure that includes a sub-surface quantum structure of a first III-V semiconductor material, located beneath a surface layer of a second III-V semiconductor material. The process entails exposing the surface layer to an electrolyte and applying a potential difference to electrochemically etch the sub-surface quantum structure, resulting in the formation of nanostructures while preserving the surface layer. Another notable patent involves polarized emission from quantum wires in cubic GaN. This patent describes a semiconductor structure that comprises a matrix with a first cubic Group-III nitride and a second cubic Group-III nitride, which forms a region embedded within the matrix. The quantum wire defined within this region is capable of exhibiting optically polarized emission luminescence.
Career Highlights
Throughout her career, Rachel has worked with esteemed organizations such as Cambridge Enterprise Limited and The University of Manchester. Her expertise in semiconductor technology has positioned her as a leading figure in her field.
Collaborations
Rachel has collaborated with talented individuals, including Tongtong Zhu and Yingjun Liu, contributing to advancements in semiconductor research and development.
Conclusion
Rachel A Oliver's innovative work in semiconductor technology and her impressive portfolio of patents highlight her significant impact on the field. Her contributions continue to pave the way for future advancements in quantum materials and semiconductor applications.