Kyle Graham

Title: Kyle Graham and Thermally Conductive Substrate Innovation.

Introduction

Kyle Graham is an inventor based in San Francisco, California, and is associated with Akash Systems, Inc. His patent work concerns thermally conductive substrates and methods for forming them, with a focus on diamond growth on semiconductor-containing structures.

Latest Patents

Graham is credited with 1 patent: “Devices Having and Methods of Forming Thermally Conductive Substrates.” The patent describes depositing diamond seeds on a semiconductor-containing layered structure and, in some implementations, adding an intermediate layer to immobilize the seeds. Synthetic diamond can then be grown over the structure. The disclosed methods also include etching the semiconductor-containing structure while the diamond seeds remain in place. The resulting substrate may include interfaces among the semiconductor-containing structure, diamond seeds, an intermediate layer, and synthetic diamond.

Career Highlights

Graham’s patent reflects work at the intersection of semiconductor structures and synthetic diamond materials. The described techniques aim to form thermally conductive substrates by integrating diamond with semiconductor-containing layers.

Collaborations

Graham’s listed coworkers include Daniel Francis and Felix Ejeckam. His association with Akash Systems, Inc. provides the company context for his patent work.

Conclusion

Kyle Graham’s patent documents methods for integrating diamond growth with semiconductor-containing structures to create thermally conductive substrates.